Modern molecular biology experimental technique was used to construct the expression plasmid pGX6191 of ORF2 at first and biological proof was carried out, then the expression plasmid pGX6191 was mated into the polar mutant T2135 by tri-parent,and pathogenic relevant gene ORF3's mutant T2135/R was obtained.
With the widen of SHPB experimental technique application area and with the improve of the request for experimental equipment and experimental accuracy ,to improve and optimize SHPB experimental technique is very important.
The allotropic effect on the electronic stopping power of protons in solidswas systematically determined by the nuclear resonance reaction ~(27)Al(p,γ)~(27)Si at E_p=774 and 992 keV in an SOS sample of epitaxial Si on sapphire. Details of the experimental technique are described,the experimental error isless than 3%.
本文运用共振核反应~(27)Al(p,γ)~(28)Si 和 SOS 样品,系统地测量了两个诱导能量 E_p=774keV 和992keV 上,质子在固体中电子阻止本领的同素异形效应,并详细讨论了实验技术,实验误差小于3%.
Excited states of 117Xe were populated via the reaction 92Mo(28Si,2pn)at 115MeV.The emitted promt γ-rays were measured by using in beam γ-ray experimental techniques.
To obtain more data on the structure of the pore space, it was suggested that these approaches be combined in a unified experimental technique called cryodiffusometry.
An experimental technique for determining the surface concentration NSof mobile ions in dielectric films of metal-insulator-semiconductor (MIS) structures is described.
It is proposed that the experimental technique be taken into account in every measurement by specifying the spectrometer-state vector in terms of the variable parameters.
We consider a variant of the use of the Earth's magnetic field, which allows one to separate particles with different electric charge at a magnetic rigidity of 103 GV and above by applying advanced experimental technology.
Historically, shock wave phenomena started to be intensively investigated with the advent of high-speed gas-dynamics and these investigations are nowadays supported by the development of both super-computation and advanced experimental technology.
The past several years have witnessed the evolution of gene medicine from an experimental technology into a viable strategy for developing therapeutics for a wide range of human disorders.
We discuss the driving factors for these advancements, which are based on the development of new well-defined model systems as well as on advances in experimental technology and theory.
Aiming to provide a complete overview of the brain hypothermia resuscitation, this article comprehensively summarizes the recent progresses made in theoretical, practical and experimental techniques in the area.
Together with the experimental techniques, these various methods, which complement each other, make it possible to investigate gas flows fairly effectively from the continuum to the free-molecule regime (see, for example, [1]).
A new technique of combining accretion by cyclone separator and scattertube for tailings dams was developed according to laboratory experiment, model experiment and spot experiment technology.