英語 での Joint research group の使用例とその 日本語 への翻訳
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International Joint Research Group.
Joint research groups, translation groups, acknowledgments.
Computer simulations are based onCXDI experiments using SACLA carried out by the joint research group.
Home> joint research groups, translation groups, Acknowledgments.
In addition, this unit is another important step towards establishing a joint research group between Fraunhofer ILT and the University of Aachen.”.
The joint research group resolved these issues and succeeded in producing bioplastic using microorganisms.
Groups may take many different forms; they can be groups of students,mixed groups of faculty and students or joint research groups with companies or other universities.
Joint research group including JASTEC succeed to generate stable magnetic field of 27.6 Tesla by superconducting magnet, which is the world highest record as of April 1st, 2016.
To ensure that the themes established by individual graduate students are viewed from a multilateral perspective,small joint research groups will be formed, and detailed guidance will be provided by professors and"COE Research Instructors.
The joint research group of Peking University and Yale University investigated the influence of air pollution on intelligence for more than 25,000 subjects living in 162 regions of China.
According to draft documents viewed by the Wall Street Journal,South Korea and the European Union will set up a joint research group for 5G system development, the creation of technology standards and radio frequency preparation to ensure 5G technology can be accommodated in the future.
The joint research group confirmed that the selective observation of the electron state of molecules in an aqueous solution was possible using acetic acid, *2 which is familiar to us as a component of vinegar.
For this reason, topology of a substancehas been judged only by its appearance. A joint research group succeeded in observing the topological phase transition in which a material changes to the topological electronic phase by using soft X-rays, light suitable for determining the topology of materials by their substances rather than by their appearance.
The joint research group developed a new measurement and analysis method that can simultaneously image a biological sample and many gold particles with a high X-ray diffraction performance to address the above problems.
To solve this problem, the joint research group has worked on the development of an X-ray microscope system at SPring-8[1] for visualizing the difference in the handedness of substances.
The joint research group developed a new technique for simultaneously measuring the dependence of X-ray absorbance on photon energy(i.e., obtaining X-ray absorption spectra) using a single X-ray pulse with the energy range of XFEL pulses.
In 2014, this joint research group developed the grease matrix method for performing X-ray analysis of protein crystals by slowly ejecting a small amount of protein crystals mixed with high-viscosity grease from injectors.
The joint research group has developed a neuron-specific gene expression vector unnecessary for surgical procedure, that is, this viral vector can bring to gene expression of the gene only in nerve cells in the brain after it was administered to circulating blood vessels.
A joint research group succeeded in observing the topological phase transition in which a material changes to the topological electronic phase by using soft X-rays, light suitable for determining the topology of materials by their substances rather than by their appearance.
On this occasion, the Joint Research Group confined on a nanoscale the spaces between Dirac electrons on the surfaces of topological insulators, and used scanning tunneling microscopy/spectroscopy(STM/STS)(6) to directly observe the spatial distribution of Dirac electrons.
The joint research group focused on the fact that the three subunits of the RNA polymerase of the influenza virus lose their function when any of them is lacking and revealed the binding structure between the two subunits at the atomic level using SPring-8 and another facility.
The joint research group on sand storms by the meteorological authorities of the three countries held the Third Aeolian Dust Experiment on Climate Impact(ADEC) Workshop in Jeju, Korea, in January 2004, and further investigated actual conditions and effect of sand storms on the climate.
The joint research group developed a system for taking X-ray diffraction images by irradiating each discrete portion of a large crystal with a pulse of SACLA's X-ray laser in a stepwise fashion at micron-level positional accuracy and succeeded in developing a method of femtosecond crystallographyFigure.
This joint research group mixed in CNTs with an ionic liquid crystal containing imidazolium*5, which not only excels in orientability but also has a larger ionized portion than an ionized liquid; the group then discovered that up to around 5 to 10 weight% of CNTs were dispersed extremely efficiently.
The joint research group succeeded in generating X-rays with world's highest intensity of 1020 W/cm2 using a two-stage focusing system*4 that was developed by the group for the high-brilliance X-ray lasers of SACLA see the press release"100-fold increase in X-ray laser power density" dated 28 April 2014.
The joint research group analyzed the crystal structure of the complex of SelA, the bacterial Sec synthase, and tRNASec, and found that SelA forms a large star shape consisting of ten subunits. *6 They also examined the detailed functions of each subunit and found that the star-shaped structure is essential for Sec synthesis.
In order to solve the above problem, the joint research group has developed a method of generating laser oscillation under optimum conditions at all beamlines. In the method, the energy of electron beams provided to multiple beamlines is controlled bunch to bunch by changing the operating frequency of some of the accelerating units of the linear accelerator.
The joint research group led by Megumi Akai-Kasaya conducted simulation calculations of the random molecular network model complexed with POM molecules, which are able to store electric charges, replicating spikes generated from the random molecular network.(Figure 3 left) They also demonstrated that this molecular model would very likely become a component of reservoir computing devices.