探讨了剪力键的类型、试验承载力、以及其弹性和塑性设计方法。
The paper discusses shear key's species, test of bearing capacity and elastic theory and plastic theory.
在连续组合梁桥中,剪力键的类型、布置范围和布置间距的差别将引起结构受力特性的差异。
In the continuous composite beam bridge, the difference in type, arrangement area and arrangement space of shear connectors will cause variation in mechanical characteristics of the structure.
多糖的分子量、 单糖种类、 糖苷键的类型以及其他离子的取代,也在一定程度上影响多糖活性。
Other factors include molecular weight, composing of monosaccharide residues, category of glycosidic bond and other substituted ions and so on.
It's also important, once we start talking about molecules, to have a way to represent them, and also to be able to look at a shorthand notation for a certain molecule and understand what the bond is.
还有很重要一点是,一旦我们开始讨论分子,我们需要有一种表示它们的方法,而且能够从中看出,某些分子的简化符号,并得知键的类型。
So if you think about any one of these carbon-carbon bonds, what type of a bond would you expect that to be?
如果你们考虑任何一个碳碳键,它是什么类型的?
All right, so the type of bond energies that we can go and look up in tables are individual atom bonds, H-H, F-F, and the like.
好的,键能的类型,我们能够在表中查到,都是独立的原子键,H-H,F-F以及类似的。
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