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Viviame Razafandrasoa, who gave birth a year ago and already has seven other children, arrives at a health center for treatment after miscarrying a baby at two months in the village of Manatsatiana, near Fenerive Est, Madagascar Wednesday, Sept. 17, 2014. Viviame says that she wasn't using family planning because her husband didn't approve which is why she got pregnant so quickly after her last child. (Kate Holt/MCSP)
Major power facility of Marshalls Energy Co. Inc. in Majuro. The Improved Energy Supply for Poor Households Project aims to provide clean and affordable elecrtricity for low-income household.
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Fire fighting facility was provided by Bertu90. Details: www.osmhydrant.org/#zoom=19&lat=45.231104&lon=7.2... (www.openstreetmap.org/node/4512314805)
At first I thought this was limestone but upon closer inspection noticed it has reinforcing rods and is cast concrete. Studebaker was a car manufacturer in South Bend, Indiana. There is now a Studebaker Museum and I believe the manufacturing facility has been torn down. This is propped up by the Center for History.
(Karen Kasmauski/MCSP). MCHIP and USAID underwrite the HoHoe Midwifery Training school in Hohoe. The students get their practical experience at the Municipal Hospital which is connected.
Midwifery students in the labor room observing and participating in the birth process. At the district hospital, Anani Emefa,rt, preceptor is going over the steps of examining a pregnant woman, Comfort Borbor, with student Mavis Abua Anyomi (reading from the book in the beginning and wearing a hat)
Meeting Room
Meeting Facility
W St. Petersburg
4-6 Voznesensky Prospect
St. Petersburg, 190000
Russian Federation
www.starwoodhotels.com/whotels/property/overview/index.ht...
(43)(1) 501 10 405
(Karen Kasmauski/MCSP). Birthing Center at the King Fahed IBN Abdul-Azezz Women and Children Hospital in Gusau, Nigeria. The women are mainly cared for by midwives, but the midwives are trained to stop problems and consult doctors assigned to the hospital. While Aisha Sulaiman had a very difficult birth, she was carrying twins, one was breeched. The midwife delivered that child, but then the contractions couldn't get the other one down so they did a C-section on her.
The father of the children, Suleiman Haruna JanBako holds the twins. The boy, on the rt. , on the left, his sister who was born several hours earlier.
NASA and contractor personnel work on the space shuttle Atlantis at the Kennedy Space Center Shuttle Landing Facility (SLF) shortly after Atlantis (STS-135) landed early Thursday morning, July 21, 2011, in Cape Canaveral, Fla. Overall, Atlantis spent 307 days in space and traveled nearly 126 million miles during its 33 flights. Atlantis, the fourth orbiter built, launched on its first mission on Oct. 3, 1985. Photo Credit: (NASA/Bill Ingalls)
Hayden Island, OR
See all my photos and art on my website: www.jacobarciniega.com
IG: @jacobarciniega
SWEAT
Fitness Facility
W Paris Opera
4 Rue Meyerbeer
Paris , 75009
France
www.starwoodhotels.com/whotels/property/overview/index.ht...
33140683138
A BP decontamination facility in the Pascagoula River, MS.
To learn more about NOAA's role in the Deepwater Horizon oil spill, visit:
Office of Response and Restoration Deepwater Horizon Incident page.
This is the alert facility, or "mole hole," where bomber and tanker aircraft crew in the Strategic Air Command (SAC; USAF) lived while they were pulling alert duty during the Cold War. As I recall, crew members were typically on alert for 10 days of every month. They could go out of the facility to visit family, go to a movie or the BX, but the whole crew had to go everywhere together.
This one is at the old (now closed) SAC base near Blytheville, Arkansas. My family and I were stationed here from about 1964 until 1970. My father was a pilot in SAC throughout his career (bombers and tankers); he and the other bomber and tanker crews spent a whole lot of time, away from their families, living in this bunker.
The alert force aircraft remained parked just outside this facility (on a ramp, over to the left); there were armed airmen patrolling the ramp at all times. When the klaxon sounded, the aircrews scrambled to their aircraft, and got a radio code to start their engines; after the engines were running, they got another code that instructed them either to shut down, and go back to the alert facility (in which case it would be called a Coco alert), or to taxi (that would be a Bravo alert). On a Bravo alert, while taxiing the aircraft, the pilot was waiting (and hoping!) for another radio code that would tell him to turn around. If the alert force had not received that second "stand down" code, they would have taken off; and (as we saw it, back then) if that happened, very soon, we would have been in the midst of a nuclear war.
Here's a little blurb about the alert facilities themselves (aka "mole holes"): "The SAC alert crew quarters, like the SAC command post, were partially below ground structures. Of reinforced concrete and concrete-block construction, moleholes were of two-story height, with one story below ground. These windowless alert quarters were identical everywhere, with tunnel-like egress covered in corrugated steel. In selected cases, due to ground water table conditions, the moleholes were built fully aboveground, with the lower story earthen bermed for semi-hardening."
(Karen Kasmauski/MCSP). Nyamebekyere is a small community that just got two nurses 6 months ago. The original structure was built by the community but the new centers are being built by Eni Foundation which is the foundation for the oil companies
The nurses working the clinic are Esther Tsatsu, a new nurse with only a year experience and Joseph Opoku Cobbinah who has worked in more remote villages before being assigned to this post
Julliet Donkor is at the clinic for family planning.
Abandoned (since 1969) rocket and missile propulsion facility. One of many structures.
--Everglades, Florida
In the Swamp Works facility at NASA's Kennedy Space Center in Florida, Mike Dupuis, right, the NASA project co-investigator for the Asteroid and Lava Tube Free Flyer, or ALTFF, discuss a just completed demonstration of an with researches from Georgia Tech. Following humans landing on Mars, the ALTFF, drone-like robot, is designed to be an autonomous scout to seek out samples and return to them to the lander for study. In addition to scouting craters for water and other elements that can be processed into fuel for large spacecraft and air for astronaut explorers, the flyer would be capable of exploring lava tubes that are known to exist on asteroids and Mars. Lava tubes may be rich in valuable resources. Researchers at Kennedy are studying how to best practice in-situ resource utilization, that is, harvesting and relying on available raw materials as astronauts visit deep-space destinations.
Photo credit: NASA/Bill White
Newly assigned Soldiers to the 3d U.S. Infantry Regiment (The Old Guard) attend New Soldier Processing at the Central Issue Facility (CIF) August 10, 2016 on Joint Base Myer-Henderson Hall. Every Wednesday CIF distributes the field and ceremonial uniforms Soldiers will need to complete their missions while members of The Old Guard. (U.S. Army Photos by Spc. Brandon Dyer)
History of organ Redoute
General Information
History as a multipurpose facility Reduty Publicly construction begins in 1901, when the city of Bratislava as one of the cultural centers of Austria-Hungarian Empire Teresian bought the former granary, built on the banks of the Danube in 1773 on the orders of Maria Theresa. After the demolition of the city granary built in the years 1913-1919 multifunctional building in neo-baroque style with elements of Rococo and Art Nouveau. The name itself implies Redoute object of linguistic terms for interpretation in French ("Redoute"- Ball, prom or dance hall, etc.) Public multipurpose building. This was originally the seat of several associations, trade as well as cultural organizations and served on a large scale public capital Bratislava on musical events, dance parties and performances and to provide similar services.
The seat of the Slovak Philharmonic has become Redoute up to the beginning of the 50th years for the period of post-war Czechoslovak Republic. The focus of its activities, the provision of general and particular cultural services to the public concentrating varied Concerts. This house featured artists (male) and artists (female) from Slovakia but also many foreign guests from all over the world. At that time (in 1956) was to Slovak Philharmonic concert hall organ built and placed under the window in the facade of the building facing the street Medená. It is about a 85 štvormanuálový registering body Rieger-Kloss. Organ is electro pneumatic traktúry and one sliding game table. The factory was built by the authority located in Krnov in the current Czech Republic. Its current condition is marked by particular problems of quality materials available in the post-war market of Czechoslovak Republic in the mid 50s. Apart from the fact that the architecture (design) of this monumental musical instrument became not only a symbol of the object Reduty but also the Slovak Philharmonic.
After the Velvet Revolution, the object Reduty gradually transformed to fit the multifunctional cultural facility with a rich European musical tradition and at the same time it was decided the reconstruction and completion of the building
Current Status
History of organ Redoute
+ Organ in the Concert Hall of the Slovak Philharmonic was built in 1956 by Ing. Veverku. vyrobený, made by organ Krnov, Czechoslovakia;
+ Characteristics of organ type - Rieger-Kloss Organ Opus 3210; technical design consists of the following parts - 4 manuals and pedal, 84 registers sounding, about 6,000 pipes, electrical traktúra, bowling tube, and moving game table;
+ Appearance organ (ie prospectus, ie its front part is called fancy face organ) adapt its constructor works of art of the concert hall SF)
+ A successful (visual) art solution fits into the interior of the concert hall and accepting some creative themes linked to the overall interior decoration,
+ Adaptation of the technical solutions addressing the visual, the sound of the organ was very inconvenient, many pipes are deaf - and has broken above a disproportionately large - length, which is due to the technical structures and organs due to inadequate acoustics solution;
2 Current status and review of existing organs
· Current state of the organ is difficult for artistic production incapacitated, is permanently faulty and can not be efficiently modified or rebuilt,
· Internal structure has only a minimal amount of material and the addition of a smaller pipework is not applicable construction elsewhere,
· The historically - art website does not constitute the organ of no value,
· Its hilarious appearance - art rendition of the facade of the organ (its face), may be the subject of consideration in the design of new creative solutions to future body;
3 Description of the disposition of the existing organ in the Concert Hall of the Slovak Philharmonic
Switch (Absteller):
1 switch drum
2 The switch 16 ' Man. + 32 ' Ped.
3 Reed switch registers of
I. manual:
4 Principal 16'
5 Burdon 16'
6 Principal 8'
7 Hollow Flute 8'
8 Viola da gamba 8'
9 Octave 4'
10th Recorder Flute 4'
11th Supe roktáva 2'
12th Transverse flute 2'
13th Whistle sparkling 4x 4'
14th Mixture 8 -10X 1 1/3 - 4'
15th Trumpet 16'
16th Trumpet 8'
17th I / II
18th III / II
19th IV / II
II. Manual:
20th Kvintadéna 8'
21, Cover 8'
22, Principal 4'
23 Roh night 4'
24th Glucanase 2 2/ 3'
25th Octave 2'
26th 2 flute flat'
27th Superkvinta 1 1/ 3'
28th Superoktáva 1'
29th Mixture 6 - 8x 1' - 4'
30th Crooked horn 8'
31 String shelf 4'
32 III / I
33 IV / I
34th I tremolo
Switch (absteller):
35th Hand switch registers
36th Switch connectors from the Register
37th Sub switch (couplings)
38th Super switch (couplings)
39th Mixtur switch
40th Pedal switch
III. manual:
41 Pommer indoor 16'
42 Principal 8'
43 Dome Flute 8'
44th Salicional 8'
45th Cover Musick 8'
46th Vox coelestis 1 - 2x 8 + 8'
47th Octave 4'
48th Flute pipe 4'
49th Violina 4'
50th Fifth covered 2 2/3'
51 Kvintadecima 2'
52 2 flute forest'
53 Seskvialtera - 2 2/3' + 1 3/ 5'
54th Mixture 7 - 9x 1 1/3 - 4'
55th Dulcimer - 3 8/9 ' - 1 1/ 3'
56th Field Trumpet 8'
57th Vox humana 8'
58th Klarina 4'
59th Harp 8'
60th IV / III
61st III tremolo
IV. manual:
62 Roh Kamzíková 8'
63 Roh night indoor 8'
64th Fluttering flute 1 - 2 8' + 8'
65th Principal 4'
66th Flute radius 4'
67th Fifth pipe 2 2/3'
68th Octave 2'
69 Tonus Fabri 2 + 1'
70th Terciová Flute 1 3/ 5'
71 Flute Kvintová 1 1/3'
72 Swiss fife 1'
73 Mixture Nono's 8/9' - 2 2/5'
74th AKUTOL 4x 1/2' - 4'
75th Cimbál terciový 3x 1 /4 - 2'
76th Rankettregál 16'
77th Dulcian 8'
78th Shawm 4'
79th Bells big G - works
Pedal
80th Plinth 32'
81st Double Bass 32' + 16'
82 Principálbas 16'
83 Apertabas 16'
84th Subbas 16'
85th Burdonbas 16'
86th Fifth Big 10 2/3'
87th Octavebas 8'
88th Hollow Flute 8'
89th Kvintadéna pipe 8'
90th Cover 8'
91st Naza covered 5 1/3'
92nd Chorálbas 4'
93rd Pointed Flute 4'
94th Cink 2 + 1'
95th Pipe effervescent 4x 5 1/ 3'
96th Mixture 7-9 x 2-4'
97th Kontrapozón 32'
98th Dulcian 16'
99th Požoň 16'
100th Trumpet 8'
101 Klarina 4'
102 I / P
103 II / P
104th III / P
105th IV / P
4 available combinations
Rollers
III. and IV. in impoundments
Electric traktúry
Man C - c5 (manuals)
Before C - g1 (pedal)
4 Inadequate design parameters of the existing functional organ from a technical point of view
· Occupy too much space - for the system design,
· Pipe section realized the sound of difficult material (zinc) and hardly tunable material (lack priezvučnosť prospectus is inappropriate resonance, etc.),
· Many pipes are broken, have only a decorative function,
· Poor artistic appearance of the body organ pipes - inappropriate striebrenkový coat;
· Middle balkónovitý projection bodies (positive) is inappropriate, interferes with musical productions, in the future it will be necessary to imbed into the sides of the level, but to lose plasticity breakdown; prospectus shift back by 1 m;
A worker uses a forklift to unload the Robotic Refueling Mission-3 (RRM3) payload from a truck at the Payload Hazardous Servicing Facility on Oct. 3, 2018, at NASA's Kennedy Space Center in Florida. The payload will be carried to the International Space Station on SpaceX's 16th Commercial Resupply Services mission. RRM3 demonstrates the transfer of xenon gas and liquid methane in microgravity, and advances technologies for storing and manipulating these cryogenic fuels robotically. RRM3 also supports development of technology for the Restore-L mission, a robotic spacecraft equipped to service satellites in-orbit. Photo credit: NASA/Glenn Benson