Results 241 to 250 of about 7,911,934 (290)
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Background of electronic measurement on skin
International Journal of Modelling, Identification and Control, 2008In this paper, we have discussed several critical problems of electronic measurements on acupuncture system such as the size, shape, location and stability of acu-points and acu-meridians; the violent fluctuation of the measurement data; the holographic phenomena and the statistical self-similarity of measurement data; the transmission of signal along ...
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Journal of Materials Chemistry C, 2017
Devices made from traditional conductive bulk materials using complex microfabrication methods often are restricted to being rigid and in some cases, flexible but not strethcable.
Naveen N. Jason, My D. Ho, Wenlong Cheng
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Devices made from traditional conductive bulk materials using complex microfabrication methods often are restricted to being rigid and in some cases, flexible but not strethcable.
Naveen N. Jason, My D. Ho, Wenlong Cheng
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Electronic Skins Based on Liquid Metals
Proceedings of the IEEE, 2019The implementation and exploration of liquid metals for soft electronics, especially electronic skins (e-skins), are fast increasing. The growing field has received special attention since research regarding gallium-based alloys has intensified as these alloys are much safer in comparison to their more hazardous counterpart, mercury.
Jiong Yang +2 more
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Science, 2011
Small, flexible devices that attach to the skin without adhesives or gels monitor physiological signals.
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Small, flexible devices that attach to the skin without adhesives or gels monitor physiological signals.
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Electron microscopy of ancient Egyptian skin
British Journal of Dermatology, 1976Sections of skin were examined by electron microscopy from the sole of the foot of a 14-year-old Egyptian, who died 3200 years ago and was preserved naturally by desiccation. Remarkable ultrastructural preservation of the epidermal cells and their components was found.
P K, Lewin, E, Cutz
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C&EN Global Enterprise, 2017
Electronics designed to stick to skin and transmit the body’s electric signals could improve the sensitivity of prosthetics or help doctors monitor patients’ vital signs. Unfortunately, conventional electrodes used for this purpose trap air and sweat against skin, causing irritation or inflammation when used for an extended period.
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Electronics designed to stick to skin and transmit the body’s electric signals could improve the sensitivity of prosthetics or help doctors monitor patients’ vital signs. Unfortunately, conventional electrodes used for this purpose trap air and sweat against skin, causing irritation or inflammation when used for an extended period.
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STUDY OF NORMAL SKIN WITH THE ELECTRON MICROSCOPE
Archives of Dermatology, 1955AN OPTICAL microscope is unable to form a clear image of any object smaller than about 0.2 μ (a μ is 0.001 mm.). The electron microscope, 1 utilizing a beam of electrons with much shorter wave length than visible light, is able to resolve particles less than 20 A. apart (an A. is 0.0001 μ). A beam of electrons differs from visible light in the extreme
E L, LADEN, I, LINDEN, J O, ERICKSON
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The more and less of electronic-skin sensors
Science, 2020Sensors can measure both strain and temperature or measure force without affecting ...
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