壳聚糖和蛋白质之间以弱键结合。
本文由空穴俘获-弱键破裂模型讨论了实验结果。
The results are explained by a hole trapping-weak bonds breaking model.
当这种聚合物材料被撕裂时,将其暴露在一种强束紫外辐射中切断裂口内部或周围的弱键。
When this polymeric material is torn, exposing it to an intense beam of UV radiation breaks the weak bonds in and around the tear.
So what we see is a bond order of 0, and again, the bond is very, very weak.
我们看到键序是0,同样的,键非常非常的弱。
So, in general what we see, and this is always true if we're comparing the same atom, and in general, if we're comparing different types of molecules, but we know that a single bond is always weaker than a double bond, which is weaker than a triple bond.
通常我们会看到,这对比较相同原子来说总是正确的,通常,如果我们要比较不同种类的分子,但我们知道单键,总是要比双键弱,双键总是要比三键弱。
And obviously, no bond is the weakest of all is not bonding.
显然,没成键是最弱的。
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