X-ray crystallography X射线晶体学
x ray crystallography 射线晶体学 ; x射线晶体学
Fundamentals of X-Ray Crystallography X射线晶体学基础
single crystal X-ray crystallography 单晶X衍射技术
Crystallography and X-ray 晶体学和X射线等
crystallography X-ray X射线晶体学
X-ray powder crystallography X射线粉末结晶学
In X-ray crystallography, scientists turn large quantities of a protein or virus into crystal form, placing it in front of an X-ray beam.
运用X射线晶体学,科学家将大量的蛋白质或者病毒转换成了晶体形式,将其置于一束X射线光束之前。
The researchers used a method called X-ray crystallography to pinpoint the position of hundreds of thousands of atoms that make up the ribosome.
这些叁名研究人员使用X 射线结晶学方法得到核糖体的叁维结构,在原子水准上分析了由几十万个原子构成的核糖体的结构。
There are plenty of still pictures of ATPase, the enzyme that synthesises adenosine triphosphate (ATP), thanks to X-ray crystallography and pulsed-laser methods.
有很多ATP酶的照片显示,用x -射线结晶照相和脉冲激光的方法,这种酶合成三磷酸腺苷(atp)。
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