View allAll Photos Tagged homogenizer
Rage to Order, Domination Corporation | Proudly Homogenizing America since 1984, Lowertown, Northern Spark 2017. Photo: Dan Norman.
Site - NETL-Albany
Date - April 16, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, and Chris McKraig
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
Site - NETL-Albany
Date - April 16, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, and Chris McKraig
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
Site - NETL-Albany
Date - April 15, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, Chris McKraig, and Andrew Huffine
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
Site - NETL-Albany
Date - April 15, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, Chris McKraig, and Andrew Huffine
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
Site - NETL-Albany
Date - April 16, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, and Chris McKraig
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
Site - NETL-Albany
Date - April 15, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, Chris McKraig, and Andrew Huffine
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
Site - NETL-Albany
Date - April 15, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, Chris McKraig, and Andrew Huffine
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
Site - NETL-Albany
Date - April 16, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, and Chris McKraig
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
Site - NETL-Albany
Date - April 15, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, Chris McKraig, and Andrew Huffine
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
i live in barcelona
do i live in barcelona
will it matter where i live in the future?
homogenization
sub-product of globalization
Site - NETL-Albany
Date - April 15, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, Chris McKraig, and Andrew Huffine
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
Site - NETL-Albany
Date - April 16, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, and Chris McKraig
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
Site - NETL-Albany
Date - April 16, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, and Chris McKraig
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
Site - NETL-Albany
Date - April 16, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, and Chris McKraig
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
Site - NETL-Albany
Date - April 15, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, Chris McKraig, and Andrew Huffine
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
Site - NETL-Albany
Date - April 16, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, and Chris McKraig
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
Site - NETL-Albany
Date - April 16, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, and Chris McKraig
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
Site - NETL-Albany
Date - April 16, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, and Chris McKraig
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
Classically trained in piano and violin, Edgy, a fifth generation Hawai‘i-born writer-producer-editor, studied fine art at San Francisco Art Institute. One of Hawai‘i’s premiere filmmakers, Edgy’s nationally award-winning films include The Hawaiians - Reflecting Spirit and Paniolo O Hawai‘i. She is founder of Pacific Network.tv, a Hawai‘i-based internet portal to the world - a nexus for arts, culture, and environmental news, entertainment, and educational programming from the Pacific region, streamed free to the world. Edgy’s television work includes a number of popular series - Artists of Hawai‘i, Local Justice, America's first interactive TV courtroom series, Shaka Shakedown, and a prime time one-hour special on education - How We Learn.
Site - NETL-Albany
Date - April 15, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, Chris McKraig, and Andrew Huffine
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
Site - NETL-Albany
Date - April 15, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, Chris McKraig, and Andrew Huffine
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
a 367-foot (112 m), 33-story hotel in Los Angeles, California, constructed between 1974 and 1976.[6] It was designed by architect John C. Portman Jr.. The top floor has a revolving restaurant and bar. It was originally owned by investors that included a subsidiary of Japanese conglomerate Mitsubishi Corporation and John Portman & Associates. The building is managed by Aimbridge Hospitality (IHR), and is valued at $200 million.
The hotel and its architect John Portman have been the subject of several documentaries and academic analyses.[7][8]
Fredric Jameson discusses the hotel in his 1984 essay, "Postmodernism, or, the Cultural Logic of Late Capitalism," and in his 1991 book by the same name.[9][10] He writes that
the Bonaventura aspires to being a total space, a complete world, a kind of miniature city (and I would want to add that to this new total space corresponds a new collective practice, a new mode in which individuals move and congregate, something like the practice of a new and historically original kind of hyper-crowd).[11]
In his book Postmodern Geographies: The Reassertion of Space in Critical Social Theory (1989), Edward Soja describes the hotel as
a concentrated representation of the restructured spatiality of the late capitalist city: fragmented and fragmenting, homogeneous and homogenizing, divertingly packaged yet curiously incomprehensible, seemingly open in presenting itself to view but constantly pressing to enclose, to compartmentalize, to circumscribe, to incarcerate. Everything imaginable appears to be available in this micro-urb but real places are difficult to find, its spaces confuse an effective cognitive mapping, its pastiche of superficial reflections bewilder co-ordination and encourage submission instead. Entry by land is forbidding to those who carelessly walk but entrance is nevertheless encouraged at many different levels. Once inside, however, it becomes daunting to get out again without bureaucratic assistance. In so many ways, its architecture recapitulates and reflects the sprawling manufactured spaces of Los Angeles.[12]
The hotel is a 33-story building, with no floors numbered "7" or "13"; the top floor is therefore numbered "35". The four elevator banks (each containing three cars for a total of 12) are named by colors and symbols: Red Circle (the only one that goes to "35"; the other three only go to "32"), Yellow Diamond, Green Square, and Blue Triangle. The color-coded system of directions was a later addition, as visitors found the space confusing and hard to navigate.[13]
Several bronze plaques commemorate elevator scenes from three major films:
In the Line of Fire,[14][15] September 1993, "Green Square" elevator
True Lies,[15] September 1993, "Red Circle" and "Yellow Diamond" elevators
Forget Paris,[15] November 1994, "Yellow Diamond" elevator
It has been featured in many movies and television series over the years, including Interstellar,[16] Strange Days, Buck Rogers in the 25th Century (as part of the city of New Chicago), Wonder Woman,[17] Blue Thunder, It's a Living,[18] Starsky & Hutch, L.A. Law, The A-Team, Breathless, Matlock, This Is Spinal Tap, Nick of Time,[19] Rain Man,[19][20] Ruthless People,[19] Logan's Run,[19] My Fellow Americans,[19] Midnight Madness, Moonlighting (TV series), Showtime, Hard to Kill, The Lincoln Lawyer, Chuck, Heaven Can Wait, Xanadu, The New Dragnet, Time After Time, Moby Dick,[21] Zoolander,[22] Lethal Weapon 2,[19] The Fantastic Journey[23][24] and was destroyed (via special effects) in Escape from LA, Epicenter and San Andreas. The front of the hotel was also featured in the British children’s television series Tots Tv ‘American Adventure’ special where Tilly, Tom and Tiny went to explore a different country and were observing tall buildings and went onto the roof of the hotel to observe the view of Los Angeles.[25] You can see it under construction in the 1975 film The Wilderness Family (released a year before the hotel opened). In cartoon form, the building can be seen in the first shot of Jem in the episode "The Beginning", and in the anime Steins;Gate. In November 1979, the ABC soap opera General Hospital videotaped some on location scenes there dealing with Luke Spencer, played by Anthony Geary who was hired to assassinate Senator Mitch Williams. In 1999, Power Rangers Lost Galaxy used the building as the administration building of the space colony Terra Venture, with Red Ranger Leo falling from the building after a battle with main villain Trakeena.
In 2002, the hotel was the location for a Fear Factor stunt which involved crossing a bridge of plexiglass discs on cables suspended on the lobby's fifth floor.[26] The television series It's a Living was set in a restaurant atop the Bonaventure. The hotel is also showcased in episodes of CSI and its exterior can be seen in Americathon, Mission: Impossible III, Almighty Thor, Hancock, and at the beginning of the Lionel Richie "Dancing on the Ceiling" music video. The building made appearances in the 1991 Kylie Minogue music video Step Back in Time, the 1985 Survivor music video "The Search Is Over", the 2004 video game Grand Theft Auto: San Andreas, the 2012 video game Call of Duty: Black Ops II (in the "Aftermath" multiplayer map) and in the 2013 video game Grand Theft Auto V with the name "Arcadius Business Center" (having three towers instead of four towers and featuring glass elevator animations).
The hotel was also used as a setting for R&B singer Usher's music video for the 2002 hit single, "U Don't Have to Call". A pivotal scene in the season four (2005) episode "Another Mister Sloane" of the espionage drama Alias took place in the Bonaventure Hotel as well, while it was also featured in season one (2017), episode five of another espionage drama, Counterpart. In 2021, Rihanna's "Savage x Fenty Show Vol. 3" was filmed entirely on location at the hotel.[27][28] The hotel also hosted the first task for the final leg of The Amazing Race 33, which aired in 2022.[26]
Site - NETL-Albany
Date - April 15, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, Chris McKraig, and Andrew Huffine
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
Rage to Order, Domination Corporation | Proudly Homogenizing America since 1984, Lowertown, Northern Spark 2017. Photo: Dan Norman.
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Site - NETL-Albany
Date - April 16, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, and Chris McKraig
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
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lht· issue. JNU NSUI has gi\'cn press release also on this issue at a time when SFJ \\as jusr wairin~: fur th~ permission of Polit Bureau. .
Being unaware of the political srrotcgics and in i1iar i' es to so Ive the st udencs' issue, SF! & AISA now take these issues tiJct· in election ftTt·r . .
back to the student> through p~mphlcts, posters and hunger strikes manly to save their .
h_\ {JOt:ricy in this CU01(1U.S..
This is high time for student community to recognize and stop the march of .
,\ · ·vi demands: .
to BA '1\Tf\ slu<.lcnts..
Immediately ensur" Rs.~OUO -per month to Ph.D. scholars, Rs./500/-(as MCM) .
Immediate/} ensure 24 hours llcalth Centre with all facilities. Set up a Medical .
I nsu rancc cheme rnonito red by the administration i tscl f .
Addr.,ss the problem of food quality in hostels. Fix uncompromisingly the rate .
and quality of food/tea provided in Dhabas and Canteens. Immediately allot a North East Ohaba and a South Indian Dhaba (24 hours working) .
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24 hours facilily in C'cmraJ Library. .
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Also single rooms lo all M.Phii/Ph.D. students. Construct two more hostels to .
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solve the crisis rermancnlly. .
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Soln~ immediately the hostel crisis in Mahanadi Hostel .
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\l'ithdra"' the announced hike in guest charges. .
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Ensure transparency in all construction work in JNU. Produce \\'bite Paper on .
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fund recci,·ed annually. projects and expenditure. .
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Cmotruc! an ,\udirorium "ith 2000 seating capacity..
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Internet Acccs~ in all hostels. .
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Ensure Core Banking ) ·tern in our campus. .
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Immediately restore placement cell. .
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Additional bus services (morning and afternoon) connecring libraries in Delhi. .
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Start university printing pre s to pub/ish scholarly work ofstudents and faculty..
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Cyber cafe near Brahmaputra Hostel. .
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Dhaba berween Lohit and Chandrabhaga hostel. .
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Ensure ventilation and shelf facilities in Lohit and Chandrabhaga hoslels..
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Allot space for bike worl· hop. .
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Homogenize call rates in all PC'Os. .
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Ensure University level initiative to pro,'ide computers on ub idizcd rate. .
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Ensure discount in all book center in JNV. .
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Jai llind! .
d/ .
\vaseem Sagh'lr Azmi .
.... President, NSUI, JNU. .
.
.
Site - NETL-Albany
Date - April 15, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, Chris McKraig, and Andrew Huffine
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
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Site - NETL-Albany
Date - April 15, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, Chris McKraig, and Andrew Huffine
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
Site - NETL-Albany
Date - April 16, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, and Chris McKraig
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
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2-0 J J~/20 t2> Publlcmeedllg: Telan,uana, Gorkhaland: People's Aspirations, suuuulesand the Democratic Demand tor Smaller States.
Prof. G. Haragopal, Hcu.
Manish Tamang,.
Saroj Giri, ou .
.
TONIGHT, 9.30pm MAHI MESS.
In Aug 2013, the UPA announced the official sanctioning of the Telangana state. Waves of joy, mixed with.
scepticism, spread across the Telangana region. Although it was clear as daylight that UPA was succumbing to itselectoral calculations for the upcoming general elections in 2014, this was indeed no gift from the government It was ahuge victory of decades of people's struggle for the democratic demand of statehood for Telangana. Although this could.
be seen as the successful culmination of an enormous p:!ople's struggle; people also genuinely doubt whether this is yet.
another machination-of the ruling classes and yet another form of deception with which the UPA wants to both quell themovement and draw votes. Because such deception and extreme state repression is what the people of Telangana havereceived all these years for raising the genuine demand for separate statehood. The state over the years responded totheir demand only through the use of force and fasci~t means. Both the central government as well as the AndhraPradesh government deployed huge forces to curtail the movement. Students who have been in the forefront of the fight.
for a separate Telangana were jailed, brutally tortured and even killed while scores committed suicide. Severaluniversnies in the region were thrown open by the state to paramilitary forces, Grey Hound squads, Rapid Action Forceetc-to c1uslr the movement. In this context, the declaration for Telangana emerged as a ray of hope not only for.
Gorkhaland. The people.
Telangana but also for 'other various other peoples who are fighting for separate statehood, especially in.
s demand for separate statehood for Gorkhaland, which is one of the oldest such demand in the.
sub-continent has received nothing but an escalated militarised response from the state. Off late when the movement for.
Gorkhaland intensified, the entire hill region was deployed with para-military forces and checks, raids and repression wasthe only response from the West Bengal state government to violently repress the movement.The seeds of uneven development and regional difference were implanted during the colonial period in various.
parts of the-sub-continent. This has been-coercively maintained by the feudal-comprador ruling classes since the.
transfer of power in 1947. For the present economic system it is necessity to keep certain regions underdeveloped.
which become targets of intensified exploitation. Both Telangana and Gorkhafand have been marked for such oppression.
along with socio-economic and cultural marginalization. Telangana people has been kept socially, culturally, politically.
oppressed and economically looted by the feudal-comprador forces of Andhra ruling clique. Telanga;:2 waters have been.
diverted through mega dam projects to irrigation projects in Andhra to satiate the greed of the coastal Andhra.
entrepreneurs. The proposed Potavaram project which is intended to supply irrigation water to Andhra is going to displace.
13 mandals of Telangana with adivasi inhabitants. There have been attempts to divert waters from Telangana toRayalaseema through the Pothireddypadu project by holding water more than dam''s capacity in Sree Sailam through.
Jala Yagnam', resulting in unprecedented floods in Rayalaseema and Telangana districts in the recent past. The.
government public distribution system in Andhra supplies only rice whereas the rain-fed areas of Telangana cultivates.
bajra, jowar, raagi and such other food grains. Extra pressure on Telangana peasantry was put to grow only rice at the.
expense of their indigenous crops. Similarly, Telangana youth have also been deprived of opportunities in government.
services. In the name of homogenization of state culture, Andhra rulers have tried to impose rts culture particularly interms of language and food habits..
Gorkhaland has also suffered unimaginable exploitation and underdevelopment, driving the entire region to.
genocidal poverty and malnutrition, attimes forcing mass migrations. Following t~e British predecessors, the ruling.
classes in Bengal has only showcased Darjeeling and the entire region in the north of present day Bengal as a.
recreational area' 'tourist.
without addressing any genuine requirements of the·people living there. The deplorable condition-of the.
tea-gardens and the workers and their families there has taken an alarming proportion, with rampant starvation deaths.
becominh a regular feature. In the last one decade more than 1200 people have died in the tea gardens due to starvation.
and malnutrition. In January 2013, 95 workers of Dheklapara tea estate wrote to the CM that they will commit suicide as .
----they are unable to bear starvation. Along with this extreme economic exploitation, the continued racist discrimination and.
objectification of Gorkhas and other tribal population exacerbate the marginalisation. The lure for profit maximization hasdriven the teajndustries to use harmful pesticides and fertilizers which have affected the health and ecology of the region.All parliamentary parties, in both Telnagana and Gorkhaland either blatantly betrayed the movement or tried to.
ride the sentiment of the people to further their own electoral ends. The pariiamentary parties rather were part and.
parcel in various machinations by the -state to sabotage these movements aod tried to end them in co-option and.
compromises. The regular betrayal of such forces had prolonged and degenerated both the movements for Talengana.
and Gorkhaland at various points which only regained its militancy and reinvigorated its agenda because of the spirited.
and uncompromising participation of the masses that fought valiantly for their statehood and freedom..
Only the formation of small states through territorial reorganization is definitely not an end in itself as the.
instances of Jharkhand, Chhattisgarh, Uttarakhand ~Jiaringly demonstrate. The territorial separation of oppressed,marginalised and ~iscriminated regi~n is a step ahe.ad for the deljlocratstructure of the lndtan state and that 1s why progressrve forces mtht standiz~tion1n soll. danty wtth these struggles. However the .
of t.he oppressive and centra~ised social .
.
I .
fight will remain incomplete unless it is connected with the fight of the other oppressed masses of the. subcontinent for.
their rights, livelihood and dignity as well as for a revolutionary social-transformation. It is only the people, and thepeople alone, led by the revoluti~nary moveme~t who will eventually accomplish thi~ task of the establishment of a new.
demOcratic society-free from allk1nds of oppressiOn. .
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Site - NETL-Albany
Date - April 15, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, Chris McKraig, and Andrew Huffine
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
Site - NETL-Albany
Date - April 15, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, Chris McKraig, and Andrew Huffine
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.
Site - NETL-Albany
Date - April 15, 2025
Building - Thermo-Mechanical Processing Laboratory, B4
Individuals photographed - Paul Jablonski, James Willis, Chris McKraig, and Andrew Huffine
Alloy Development and Manufacture - Melt Processing
Unique materials designed for use in extreme environments are formulated in NETL’s Metals Melting Facility. Researchers define alloy specifications to technicians who developed the metal in the laboratory’s high temperature furnaces. Molds are used to cool the resulting alloy into ingots, which are then heat treated to homogenize the structure. Formulated metal alloys are machined using a band saw, lathe, and other equipment in preparation for hot working in the Fabrication Facility. The Metals Melting Facility can melt any metals needed for NETL research, resulting in batches ranging from a few grams to over 400 lbs. Ingots produced in the Facility typically go on to vacuum induction melting, vacuum arc remelting, electro-slag remelting, or button melting operations in the same facility.