1) ordering energy
有序化能
2) method of multiple functions
复合功能有序化
3) ordering energy
有序能
1.
The influence of Ni-Al ordering energy from the first to the fourth layer on the atom long range order progress in Ni75Al13Cr12 alloy was investigated by microscopic phase field model.
通过微观相场方法研究了Ni75Al13Cr12合金Ni-Al第一到四层有序能对原子长程有序进程的影响。
2.
The nonlinear interdiffusion in binary AB nanometer-scale multilayers is calculated by the nonlinear kinetic discrete model for nonuniform system,to study the effect of VBB-VAA and ordering energy V on the concentration profile and interface structure in the multilayers.
采用非均匀体系非线性动力学离散模型计算AB二元系纳米多层薄膜的非线性互扩散,研究了A、B原子间作用力之差VBB-VAA和有序能V对纳米多层薄膜浓度分布和界面结构的影响。
3.
Adding±4 meV to the ordering energy of Ni-Al,Ni-Cr and Al-Cr in 1st—4th nearest-neighborhoods is used to describe the influence of potential field on substitution.
通过微观相场方法研究了Ni_(75)Al_(15)Cr_(10)合金在1073 K时效时,不同原子间有序能下Cr原子的替代行为。
4) ordered sequencing strategy
有序化测序
1.
Thus an ordered sequencing strategy is proposed based on the experimental advancements in positioning dissection and isolation of single DNA molecules with AFM nanomanipulation.
基于在DNA单分子定位切割和拾取方面的实验进展,提出了一种基于原子力显微镜纳米操纵技术的单分子有序化测序策略。
5) ordering
[英]['ɔ:dərɪŋ] [美]['ɔrdərɪŋ]
有序化，成序
6) order
[英]['ɔ:də(r)] [美]['ɔrdɚ]
有序化
1.
The results showed that in the initial stage of thermal decomposition and cyclization of the cyano groups of the PAN fiber,the tensile force can(1),effectively enhance the degree of order in the fiber molecule,(2) has a beneficial effect on the structural transition of the PAN fiber and enhances the primary structure of the p.
采用X-射线衍射、声速仪和红外光谱研究了聚丙烯腈(PAN)纤维在分子热分解—环化演变初期张力的作用,结果表明:在PAN纤维氰基热分解环化初期,张力可以增加纤维中分子聚集态结构的有序化程度;有利于PAN纤维构型的转变和完善原丝原有结构,随张力的增大,PAN纤维的全取向度和结晶度也是增加的;另外,张力可以促进PAN纤维分子的热分解环化反应,尤其是分子内的环化反应,当牵伸达到4%以后可以使微晶尺寸变小,这对提高纤维强度是有利的。
2.
Owing to various problems in Hubei Province, the author argues that the only counter measure is to develop higher vocational education orderly.
文章指出我省的高职教育要走有序化发展之路 ,并提出了有序化发展的对策。
补充资料：人脑的功能分化左右大脑半球的功能特化
李瑞端绘
[图]
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条