英語 での Crystal growth の使用例とその 日本語 への翻訳
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Details of the new technology will be presented at the International Conference on Crystal Growth(ICCG) to be held from August 9 in Grenoble, France.
POWDEC contributes to the social infrastructure in 21st century through developing/providing Gallium Nitride(GaN) power devices" We have been developing power electronic devices to consistently from the crystal growth of GaN semiconductor.
The new facilities will enable astronauts to observe physical processes at high temperatures, protein crystal growth and genetic alterations as well as a variety of other important space phenomena.
In order to utilize this property, we made silver nanoparticles selectively absorb capping agent that interferes crystal growth, and successfully produced slender nanowires with great efficiency.
High GOx concentrations result in a smaller signal because fast crystal growth leads to the formation of silver nanocrystals in solution, and thus to less silver deposited on the nanostars.
Based on those fundamental studies of crystal growth mechanisms, we have developed a crystal growth technology for obtaining high-quality multicrystalline Si(mc-Si) ingots for solar cells.
In this article, I would like to discuss the space experiment history in Japan for crystal growth, one of materials science fields, and its future research themes.
By the late 1970s, many researchers had withdrawn from studies on this"unexplored semiconductor," but day in and day out I continued my research of GaN crystal growth simple-mindedly, feeling as if I was"exploring the wilderness alone.
Convection in crystal growth has various impacts including: i deforming the symmetry of the growing crystal shape; ii causing heterogeneity of constituents in the obtained crystal; and iii impeding elucidation of the phenomena occurring in the growing interface.
In addition, we have a specialized organization which performs simulations of fluids, structures, and optics to optimize process conditions for film layer configuration, material mixing, coating, and crystal growth.
It develops excellent devices using Anritsu's unique crystal growth processes, micro-fabrication, and modularization as core technologies supported by compound semiconductor technologies to increase the performance and functions of Anritsu measurement solutions and help growth in the communications and measurement fields.
Novelty and originality of this research(1) High quality crystal growth of SiC for next-generation power deviceWe revealed the mechanism of high-quality SiC growth by the solution method and demonstrated the reduction of the number of the defect in crystal. .
Crystal growth experiments before"Kibo" As crystals grow, temperature and concentration distribution at the environment phase around them become inhomogeneous to some degree. Under the terrestrial condition, these heterogeneities act as a drive force of buoyancy convection.
Hall effect in bulk-doped organic single crystals By combining the organic single crystal growth technique and ultra-low speed deposition technique, we fabricated a rubrene single crystal doped at extremely low concentration of 1 ppm and succeeded to detect the Hall effect signal.
The Material-Device Laboratory and shared use clean room in the Department of Electrical and Electronics Engineering are equipped with the most advanced crystal growth equipment in the world. The array of device manufacturing and evaluation equipment is said to be the highest class, complete university research facility in the world.
combustion, crystal growth, and life science.
These same properties have also made it very attractive for non-gem applications as well, and some of the most sophisticated synthetic crystal growth and processing techniques to date have resulted from demand for these products.
By utilizing"in situ" observation methods using a transmission electron microscope based on materials science studies of physical properties and phenomena peculiar to nano-domains, he has been developing interdisciplinary experimental research into planetary science, astronomy, and crystal growth.
Considering silicon crystal growth based on the above assumption, it is noticeable that it is very different from the conditions of other crystal growth, such as melted metal-to-metal crystals like sodium and melted salt-to-ion crystal like sodium chloride.
Is such that crystal growth almost parallel to a substrate surface is made by applying the above techniques, and the present inventor et al. refer to a formed crystallized region especially as a side growth region(or a lateral grow region).