David Zenon Jacome-Moreira (October 19, 1988) is a experimental plasma physicist born in Manta, Ecuador. He is CEO/founder of Physics Connection, a group focused on getting students involved in science outreach and global communications. Physics Connection strives to get students involved in the science fields and Engineering. The Center for MicroPlasma Science and Technology at Saint Peter's College supports outreach efforts to teach students the importance of getting bachelor degrees in science. As a way to bring awareness into organizations and the community, Jacome served as Chair for the Local Organizing Committee of the SPS Zone 3 and 7 Meeting at Saint Peter's College . Further, the Air Force Office of Scientific Research has funded the efforts to increase participation at National levels .
Over the past 4 years, he has worked with many organizations like the Society of Physics Students, American Physical Society, American Institute of Chemical Engineers, American Chemical Society, and American Society of Mechanical Engineering. He has served as President of the Saint Peter's College Society of Physics Students Chapter since August 2007 till February 2010. Other appointments have been at the National Society of Physics Students Council serving as Associate Zone 3 Councilor from August 2009 till May 2010. As Zone 3 Councilor he was charged with voting for a new Society of Physics Students diversity statement. The statement was voted and approved by Council in September 2009.
Jacome has conducted research at Massachusetts Institute of Technology's Plasma Science and Fusion Center. His work involved installing a "Python Graphical User Interface for Control of the Levitated Dipole Experiment".
His current research interests are in the study of capillary electrode discharges
(CPE) for large volume ozone (O3) generation for water purification processes. There has been studies done in confining plasma to dimensions of 1 mm or less as an
approach for the generation and maintenance of stable, glow plasma discharges at
atmospheric or higher pressures. Main research interests include CPE operation and boundary dominated microplasmas with the use and effect of different dielectric materials and
pulsed electrical power.
Jacome obtained his Bachelor of Science S.B. in Physics with a minor in Mathematics, "Licenciado en Física y Matemáticas" from in May 2010 under the supervision of Jose Lopez. He currently attends Stevens Institute of Technology finishing his Master of Science/Doctor of Philosophy Ph.D. in Applied Physics.
Over the past 4 years, he has worked with many organizations like the Society of Physics Students, American Physical Society, American Institute of Chemical Engineers, American Chemical Society, and American Society of Mechanical Engineering. He has served as President of the Saint Peter's College Society of Physics Students Chapter since August 2007 till February 2010. Other appointments have been at the National Society of Physics Students Council serving as Associate Zone 3 Councilor from August 2009 till May 2010. As Zone 3 Councilor he was charged with voting for a new Society of Physics Students diversity statement. The statement was voted and approved by Council in September 2009.
Jacome has conducted research at Massachusetts Institute of Technology's Plasma Science and Fusion Center. His work involved installing a "Python Graphical User Interface for Control of the Levitated Dipole Experiment".
His current research interests are in the study of capillary electrode discharges
(CPE) for large volume ozone (O3) generation for water purification processes. There has been studies done in confining plasma to dimensions of 1 mm or less as an
approach for the generation and maintenance of stable, glow plasma discharges at
atmospheric or higher pressures. Main research interests include CPE operation and boundary dominated microplasmas with the use and effect of different dielectric materials and
pulsed electrical power.
Jacome obtained his Bachelor of Science S.B. in Physics with a minor in Mathematics, "Licenciado en Física y Matemáticas" from in May 2010 under the supervision of Jose Lopez. He currently attends Stevens Institute of Technology finishing his Master of Science/Doctor of Philosophy Ph.D. in Applied Physics.
Steven Q. Wang, MD (Born June 16, 1974) is a physician, researcher and author. He serves as the Director of Dermatologic Surgery and Dermatology at Memorial Sloan Kettering Cancer Center in Basking Ridge, New Jersey, and he is an assistant professor in the Department of Dermatology at Weill Medical College of Cornell University . He specializes in the diagnosis, treatment, and prevention of skin cancer, especially melanoma. To manage high-risk skin cancer patients, he uses whole-body photography, dermoscopy, and computerized digital imaging systems. To treat skin cancer, he uses a range of different treatment modalities, such as photodynamic therapy and Mohs surgery.
In addition to caring for his patients, Wang is actively involved in clinical research, with a focus on photoprotection, non-invasive imaging technologies to diagnose skin cancer, and minimally invasive methods to treat skin cancer. He has authored more than 40 publications in peer reviewed medical journals and academic textbooks. In addition, he has lectured extensively in the United States and around the world on the diagnosis, treatment and prevention of melanoma and non-melanoma skin cancers. He is a member of the Skin Cancer Foundation’s Photobiology Committee and is the medical editor for the Sun and Skin News for the Skin Cancer Foundation.
Aside from his clinical and research activity, he is also the founder and ex-president of the China AIDS Orphan Fund (CAOF), a non-profit organization working to improve the lives of children orphaned by HIV/AIDS in central China, especially in Henan province.
Education
He received his bachelor's degree from Cornell University and medical degree from the Albert Einstein College of Medicine. He completed his dermatology residency at the University of Minnesota. In addition, he completed a Melanoma Fellowship from the Ronald O. Perelman Department of Dermatology at New York University School of Medicine and a Mohs surgery fellowship in Houston, Texas.
Books
1. [http://www.amazon.com/OrgoCards-Chemistry-Steven-Q-Wang/dp/0764175033 OrgoCards (2002)]
2. [http://www.beatingmelanoma.com Beating Melanoma -- The Survival Manual (2009)]
In addition to caring for his patients, Wang is actively involved in clinical research, with a focus on photoprotection, non-invasive imaging technologies to diagnose skin cancer, and minimally invasive methods to treat skin cancer. He has authored more than 40 publications in peer reviewed medical journals and academic textbooks. In addition, he has lectured extensively in the United States and around the world on the diagnosis, treatment and prevention of melanoma and non-melanoma skin cancers. He is a member of the Skin Cancer Foundation’s Photobiology Committee and is the medical editor for the Sun and Skin News for the Skin Cancer Foundation.
Aside from his clinical and research activity, he is also the founder and ex-president of the China AIDS Orphan Fund (CAOF), a non-profit organization working to improve the lives of children orphaned by HIV/AIDS in central China, especially in Henan province.
Education
He received his bachelor's degree from Cornell University and medical degree from the Albert Einstein College of Medicine. He completed his dermatology residency at the University of Minnesota. In addition, he completed a Melanoma Fellowship from the Ronald O. Perelman Department of Dermatology at New York University School of Medicine and a Mohs surgery fellowship in Houston, Texas.
Books
1. [http://www.amazon.com/OrgoCards-Chemistry-Steven-Q-Wang/dp/0764175033 OrgoCards (2002)]
2. [http://www.beatingmelanoma.com Beating Melanoma -- The Survival Manual (2009)]
Michelle Buckman is a freelance writer, columnist, and author of Christian fiction.
Born in Albany, NY, she spent her early childhood in Ontario, Canada, then moved to Greensboro, NC. She attended University of North Carolina at Chapel Hill then married Tommy Buckman and transferred to Pitt Community College in Greenville, NC, to earn a degree in computer programming. After graduating, she and her husband lived in Washington, NC and then Gastonia, NC, before moving to South Carolina. They have five children.
Her novels are contemporary stories plotted around issues facing women and teens today, including infertility, abstinence, rape, molestation, and teen pregnancy. Her books are Christian in that they offer a Christian world-view of morals and depict characters applying their faith as they work through the story's conflict, but her writing is defined as being "grit-lit" in that it faces issues straight on, often with scenes meant to stimulate emotional responses in readers.
Buckman's teen series, The Pathway Collection, which includes Maggie Come Lately and My Beautiful Disaster, has been endorsed by Jordin Sparks, American Idol 2007, and reviewed by Earl Hamner, creator of The Waltons.
Her latest novel is Rachel's Contrition (Sophia Institute Press, 2010), which reveals her Catholic background in a story about a grief-stricken woman whose slip into insanity is halted when she finds a holy card of St. Therese of Lisieux.
She claims inspiration from writers Anne Tyler, Pat Conroy and Anne Rivers Siddons, and greatly admires Maeve Binchy's work.
Works
Novels
*A Piece of the Sky (2005)
*Pretty Maids All In A Row (2006)(co-authored)
*The Pathway Collection: Maggie Come Lately (2007)
*The Pathway Collection: My Beautiful Disaster (2007)
References
Born in Albany, NY, she spent her early childhood in Ontario, Canada, then moved to Greensboro, NC. She attended University of North Carolina at Chapel Hill then married Tommy Buckman and transferred to Pitt Community College in Greenville, NC, to earn a degree in computer programming. After graduating, she and her husband lived in Washington, NC and then Gastonia, NC, before moving to South Carolina. They have five children.
Her novels are contemporary stories plotted around issues facing women and teens today, including infertility, abstinence, rape, molestation, and teen pregnancy. Her books are Christian in that they offer a Christian world-view of morals and depict characters applying their faith as they work through the story's conflict, but her writing is defined as being "grit-lit" in that it faces issues straight on, often with scenes meant to stimulate emotional responses in readers.
Buckman's teen series, The Pathway Collection, which includes Maggie Come Lately and My Beautiful Disaster, has been endorsed by Jordin Sparks, American Idol 2007, and reviewed by Earl Hamner, creator of The Waltons.
Her latest novel is Rachel's Contrition (Sophia Institute Press, 2010), which reveals her Catholic background in a story about a grief-stricken woman whose slip into insanity is halted when she finds a holy card of St. Therese of Lisieux.
She claims inspiration from writers Anne Tyler, Pat Conroy and Anne Rivers Siddons, and greatly admires Maeve Binchy's work.
Works
Novels
*A Piece of the Sky (2005)
*Pretty Maids All In A Row (2006)(co-authored)
*The Pathway Collection: Maggie Come Lately (2007)
*The Pathway Collection: My Beautiful Disaster (2007)
References
The .700 Hubel Express is the name of multiple variations of a big-bore hunting cartridge. These cartridges are also known as 700HE, .700 Hubel Express 3.25, .700 Hubel Express Long, and .700HE 3.25. The cartridges were designed in the late 90s and early 2000s. The first test barrel in a weighted fixture was setup in 2006. The first test gun was setup in 2007. The case is based on .50 BMG brass cases, with a belt added for headspacing, and the cases have straight sides and a large case capacity.
Case design
A slight belt step is started on the .50 BMG case, then the case is sized. This makes belt and base of case at the right size. Then top of the case is annealed, and expanded by fire forming, or expanders in a large reloading press. The newly formed case still works with the standard BMG shell holder. Reloading presses that work with 50cal BMG works with all these cases.
Variants
700HE
The "Long" cartridge is long and is designed to fit .50 BMG sized actions. "Hubel Cartridges". The International Ammunition Journal 470: 10-11. Also large break actions, and large falling block actions. The rim for the 700HE is .
The 700HE has a hunting and target load using a bullet. Another bullet weight used is . The regular loads are most useful for target and hunting use. Rifles for the 700HE round have the most manageable recoil when weighing , with a super thick pad. This gives recoil similar to the 700H 325 in a rifle, about 8 times a .308. As with other calibers that have strong recoil, a muzzle brake or porting can moderate recoil.
700H 325
The 700H 3.25 is a shortened version that will fit Montana Rifle Company "Professional Hunter" action, large break actions, large falling block actions, the large, strong Savage 210 bolt action. The rim on the 700H 3.25 is rebated to and the belt is .790 in. It uses a BMG shellholder for reloading.
Dies are made by CH4D, Reamers made by Manson reamers. In bolt actions being used(not the big BMG ones), the 700H 3.25 being shorter than the 700HE makes it possible to set it up to feed from magazines.See picture
of case feeding below.
The 700H 325 has a hunting and target load using a bullet. Another hunting and target load uses a lighter, more streamlined bullet. Recoil with 700H 3.25 in light rifles ( or less) is heavy, at approximately 10 times that of traditional rounds such as the .308 Winchester. Heavier guns of with thickest recoil pads help moderate the recoil, making it about 8 times as much as the .308. Due to their good velocities they can make use of pointed bullets to extend their range for lighter game, due to better ballistic coefficient. They also can be set up in bolt actions, with less cost and time compared to traditional, large double rifles.
Case design
A slight belt step is started on the .50 BMG case, then the case is sized. This makes belt and base of case at the right size. Then top of the case is annealed, and expanded by fire forming, or expanders in a large reloading press. The newly formed case still works with the standard BMG shell holder. Reloading presses that work with 50cal BMG works with all these cases.
Variants
700HE
The "Long" cartridge is long and is designed to fit .50 BMG sized actions. "Hubel Cartridges". The International Ammunition Journal 470: 10-11. Also large break actions, and large falling block actions. The rim for the 700HE is .
The 700HE has a hunting and target load using a bullet. Another bullet weight used is . The regular loads are most useful for target and hunting use. Rifles for the 700HE round have the most manageable recoil when weighing , with a super thick pad. This gives recoil similar to the 700H 325 in a rifle, about 8 times a .308. As with other calibers that have strong recoil, a muzzle brake or porting can moderate recoil.
700H 325
The 700H 3.25 is a shortened version that will fit Montana Rifle Company "Professional Hunter" action, large break actions, large falling block actions, the large, strong Savage 210 bolt action. The rim on the 700H 3.25 is rebated to and the belt is .790 in. It uses a BMG shellholder for reloading.
Dies are made by CH4D, Reamers made by Manson reamers. In bolt actions being used(not the big BMG ones), the 700H 3.25 being shorter than the 700HE makes it possible to set it up to feed from magazines.See picture
of case feeding below.
The 700H 325 has a hunting and target load using a bullet. Another hunting and target load uses a lighter, more streamlined bullet. Recoil with 700H 3.25 in light rifles ( or less) is heavy, at approximately 10 times that of traditional rounds such as the .308 Winchester. Heavier guns of with thickest recoil pads help moderate the recoil, making it about 8 times as much as the .308. Due to their good velocities they can make use of pointed bullets to extend their range for lighter game, due to better ballistic coefficient. They also can be set up in bolt actions, with less cost and time compared to traditional, large double rifles.