View allAll Photos Tagged Extraction
Researchers extract juice from sugarcane that has been engineered to produce oil for biodiesel in addition to the plant's sugar that is used for ethanol production.
Plants Engineered to Replace Oil in Sugarcane and Sorghum (PETROSS) is a research project transforming sugarcane and sweet sorghum into dual-purpose bioenergy crops to ensure a sustainable source of biofuel.
Photo credit: Kathryn Faith/University of Illinois
the oven died.... has been dead for some time. I still had the stove to use, but, well... ya can't bake anything on the stove. a worker bee dropped by last week to install a new bigger and better oven. glee...
Rescue team being extracted from the Yellow Wood Amphitheatre, and no, he's not holding her in his arms...
Almost invisible against the far rock wall the hoist head is already on its way down.
Researchers extract juice from sugarcane that has been engineered to produce oil for biodiesel in addition to the plant's sugar that is used for ethanol production.
Plants Engineered to Replace Oil in Sugarcane and Sorghum (PETROSS) is a research project transforming sugarcane and sweet sorghum into dual-purpose bioenergy crops to ensure a sustainable source of biofuel.
Photo credit: Kathryn Faith/University of Illinois
Follicular Unit Extraction (FUE) technique is performed for hair transplant using hair from various parts of the body. This process includes chest hair transplant, beard transplant, auxiliary hair transplant, and pubic hair transplant as well. The density of the hair decreases after the transplant because only 1 or 2 follicles are transplanted. The further growth of hair is gradual and it takes almost half a year for the growth to begin. A human body consists of various parts that can act as a donor for hair. This technique is useful for clients whose scalp hair is inadequate to provide complete coverage. Donors areas or parts such as beard, chest, underarms can be used to harvest hair follicles over many sessions. This hair is primarily used over the top and crown area and never over the front.
This procedure involves the Follicular unit extraction (FUE) technique to perform hair transplant from their chest, beard, and axilla that includes pubic hair. The only constraint here is that the density of hair in this area is low and in most cases, the grafts only contain one or two follicles. Moreover, the growth of the hair in these regions is very slow which takes more than six months to start hair growth. This BHT procedure is carried out only if scalp hair is not available. For any further details, you may also consult Dr. Amit Gupta – Consultant Divine Cosmetic Surgery; India.
For more details about us:
Visit - dramitguptaplasticsurgeon.com/beard-and-body-hair-transpl...
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Email us - info@divinecosmeticsurgery.com
About two dozen members of the Nebraska Army National Guard and Nebraska Task Force One, Urban Search and Rescue conducted structural extraction training, May 23, 2019, at the Camp Ashland Training Site in Nebraska. The training incorporated flight and hoist rescue methods using Army National Guard helicopter crews who supported rescue personnel from civilian partner agencies. The purpose of this training was to simulate conditions both crews encountered during March of this year, when historic flooding swept across the state. Camp Ashland buildings – damaged by the floods when 5-10 feet of river water rushed into the military camp, and now slated for future demolition – were used to simulate residences for the training. A rescue team was first lowered onto the roof of one building by a UH-72 Lakota helicopter. The Task Force One first responders then used a chainsaw to cut a hole in the roof to gain access to the interior. Once inside, they located and secured the victim, and then hoisted him safely into the helicopter. For the second task, a UH-60 Blackhawk helicopter hovered over a building surrounded by trees and near powerlines to extract a victim from an open second-story window. The first responder was lowered from the helicopter near the window, and was expected to reach the window, pull himself inside and then secure the victim for extraction. This task was repeated twice for affect. This was a unique training experience for both the Nebraska National Guard aviators and Nebraska Task Force One crew members. Both teams anticipate the joint training to become standard practice. (Nebraska National Guard photo by Spc. Lisa Crawford)
Solvent extraction of the floral scent of Orchis punctulata (Orchidaceae) in n-hexane, 3.iii.2010, Bet Oren, Israël. This sampling technique allows to extract the less volatile compounds of the floral scent, including the odour compounds from the plant cuticule.
Members of the Decontamination Team suit up during the Colorado National Guard Chemical, Biological, Radiological, and Nuclear Enhanced Response Force Package exercise, so they can practice a response to a chemical agent and a mass-casualty incident June 1, 2018, at the North Metro Fire Training Center, Brighton, Colorado. The CERFP is based at Buckley Air Force Base, Aurora, Colo.
On order of the Governor, the unit responds to chemical, biological, radiological and nuclear incidents, assisting local, state, tribal, and federal agencies by providing capabilities to perform patient and mass-casualty decontamination, emergency medical services, and casualty search and extraction.
Colorado is one of 17 states with a CERFP. Such units are federally resourced, trained, equipped, and sustained, but state-controlled. The unit is preparing for an external validation.
(U.S. Air National Guard Photo by Maj. Darin Overstreet)
After some digging and LIGHT prying the dials pop up and slip out under the face. Hold the far end of the axle with one set of pliers and pull off the pressed on brass washer with another pliers, CAREFULLY!!!
By the way, It is ILLEGAL to roll back your odometer to lie about your mileage!
Researchers extract juice from sugarcane that has been engineered to produce oil for biodiesel in addition to the plant's sugar that is used for ethanol production.
Plants Engineered to Replace Oil in Sugarcane and Sorghum (PETROSS) is a research project transforming sugarcane and sweet sorghum into dual-purpose bioenergy crops to ensure a sustainable source of biofuel.
Photo credit: Kathryn Faith/University of Illinois
Researchers extract juice from sugarcane that has been engineered to produce oil for biodiesel in addition to the plant's sugar that is used for ethanol production.
Plants Engineered to Replace Oil in Sugarcane and Sorghum (PETROSS) is a research project transforming sugarcane and sweet sorghum into dual-purpose bioenergy crops to ensure a sustainable source of biofuel.
Photo credit: Kathryn Faith/University of Illinois
Researchers extract juice from sugarcane that has been engineered to produce oil for biodiesel in addition to the plant's sugar that is used for ethanol production.
Plants Engineered to Replace Oil in Sugarcane and Sorghum (PETROSS) is a research project transforming sugarcane and sweet sorghum into dual-purpose bioenergy crops to ensure a sustainable source of biofuel.
Photo credit: Kathryn Faith/University of Illinois
Researchers extract juice from sugarcane that has been engineered to produce oil for biodiesel in addition to the plant's sugar that is used for ethanol production.
Plants Engineered to Replace Oil in Sugarcane and Sorghum (PETROSS) is a research project transforming sugarcane and sweet sorghum into dual-purpose bioenergy crops to ensure a sustainable source of biofuel.
Photo credit: Kathryn Faith/University of Illinois
Extraction by Jeffu, who talks talks about his new film Day of the Cabbage at www.artfilmdesign.com. Image © 2005 by Jeff "Jeffu" Warmouth, used with permission.
Researchers extract juice from sugarcane that has been engineered to produce oil for biodiesel in addition to the plant's sugar that is used for ethanol production.
Plants Engineered to Replace Oil in Sugarcane and Sorghum (PETROSS) is a research project transforming sugarcane and sweet sorghum into dual-purpose bioenergy crops to ensure a sustainable source of biofuel.
Photo credit: Kathryn Faith/University of Illinois
Researchers extract juice from sugarcane that has been engineered to produce oil for biodiesel in addition to the plant's sugar that is used for ethanol production.
Plants Engineered to Replace Oil in Sugarcane and Sorghum (PETROSS) is a research project transforming sugarcane and sweet sorghum into dual-purpose bioenergy crops to ensure a sustainable source of biofuel.
Photo credit: Kathryn Faith/University of Illinois
Researchers extract juice from sugarcane that has been engineered to produce oil for biodiesel in addition to the plant's sugar that is used for ethanol production.
Plants Engineered to Replace Oil in Sugarcane and Sorghum (PETROSS) is a research project transforming sugarcane and sweet sorghum into dual-purpose bioenergy crops to ensure a sustainable source of biofuel.
Photo credit: Kathryn Faith/University of Illinois
Pentax K-1 smc 100mm D FA 100mm f2.8 WR.
The dirty deed has been done and the tooth is gone. In hindsight I should have taken the tooth with me. In the rush to free up the treatment room I didn’t quite get the focus I wanted. Now I am miserable and feeling sorry for myself. Tomorrow will be much better. Some time in the fall I will look at getting an implant.
Longford County Fire & Rescue Extraction team make initial assessment of the scene on arrival at their complex extraction
About two dozen members of the Nebraska Army National Guard and Nebraska Task Force One, Urban Search and Rescue conducted structural extraction training, May 23, 2019, at the Camp Ashland Training Site in Nebraska. The training incorporated flight and hoist rescue methods using Army National Guard helicopter crews who supported rescue personnel from civilian partner agencies. The purpose of this training was to simulate conditions both crews encountered during March of this year, when historic flooding swept across the state. Camp Ashland buildings – damaged by the floods when 5-10 feet of river water rushed into the military camp, and now slated for future demolition – were used to simulate residences for the training. A rescue team was first lowered onto the roof of one building by a UH-72 Lakota helicopter. The Task Force One first responders then used a chainsaw to cut a hole in the roof to gain access to the interior. Once inside, they located and secured the victim, and then hoisted him safely into the helicopter. For the second task, a UH-60 Blackhawk helicopter hovered over a building surrounded by trees and near powerlines to extract a victim from an open second-story window. The first responder was lowered from the helicopter near the window, and was expected to reach the window, pull himself inside and then secure the victim for extraction. This task was repeated twice for affect. This was a unique training experience for both the Nebraska National Guard aviators and Nebraska Task Force One crew members. Both teams anticipate the joint training to become standard practice. (Nebraska National Guard photo by Spc. Lisa Crawford)
About two dozen members of the Nebraska Army National Guard and Nebraska Task Force One, Urban Search and Rescue conducted structural extraction training, May 23, 2019, at the Camp Ashland Training Site in Nebraska. The training incorporated flight and hoist rescue methods using Army National Guard helicopter crews who supported rescue personnel from civilian partner agencies. The purpose of this training was to simulate conditions both crews encountered during March of this year, when historic flooding swept across the state. Camp Ashland buildings – damaged by the floods when 5-10 feet of river water rushed into the military camp, and now slated for future demolition – were used to simulate residences for the training. A rescue team was first lowered onto the roof of one building by a UH-72 Lakota helicopter. The Task Force One first responders then used a chainsaw to cut a hole in the roof to gain access to the interior. Once inside, they located and secured the victim, and then hoisted him safely into the helicopter. For the second task, a UH-60 Blackhawk helicopter hovered over a building surrounded by trees and near powerlines to extract a victim from an open second-story window. The first responder was lowered from the helicopter near the window, and was expected to reach the window, pull himself inside and then secure the victim for extraction. This task was repeated twice for affect. This was a unique training experience for both the Nebraska National Guard aviators and Nebraska Task Force One crew members. Both teams anticipate the joint training to become standard practice. (Nebraska National Guard photo by Spc. Lisa Crawford)