1) Young's pressure
Young压力
1.
Based on Young's pressure and diffusion of water bulk at crystallization,th is paper proposes a mi-crocosmic dynamic mechanism for formation of crystal nuc leus and crystal growth.
本文以Young压力和构晶时的水体扩散为基础讨论了晶核形成和晶体生长的微观机理。
2) Young diagram
Young图
1.
It is easy to see that (*) has a q-analogue as follows:By applying the model of partitions of integers and a related theorem due to Chapman, using conjugations of the Young diagram, and establishing weigh-preservingand sign-reversing involutions, we give combinatorial interpretations of (**) and the following two identities
利用整数的分拆模型和Chapman建立的一个相关定理,结合Young图的共轭,通过构造保权和改变符号的对合,我们给出了(**)以及如下两个恒等式:的组合解释。
3) Young-Laplace equation
Young-Laplace方程
4) Young inequality
Young不等式
1.
The applications of Young inequality and Young inverse inequality;
Young不等式与Young逆不等式的应用
2.
Application of Young inequality in control;
Young不等式在控制中的应用
3.
The proof and expansion of Young inequality;
Young不等式的证明及应用
5) Young formula
Young公式
1.
In order to study the protective engineering anti-penetrating capability against the deep penetrating projectile, the paper particularly analyses the surrounding rocks classify in the national standard and the departmental standard, and selects the five class surrounding rock parameter for the penetration calculation with Young formula, the typical formula penetrating into rock.
为了研究防护工程抗深钻地武器侵彻能力,对国家标准和国家行业标准中的围岩分级进行了深入的分析,确定了基于典型的侵彻岩石深度计算公式Young公式的五级围岩参数取值,得出了典型深钻地武器GBU-28对五级围岩的侵彻计算深度。
6) Young function
Young函数
补充资料：loss Young’s modulus E″
分子式：
CAS号：
性质：超前法向应变相位90°的法向应力分量与法向应变之比。它是黏弹性体复数杨氏模量E*的虚部系数，是与材料在变形时以热的形式耗散掉的那部分能量有关，所以称之为损耗杨氏模量，可以采用流变振动仪测定。
CAS号：
性质：超前法向应变相位90°的法向应力分量与法向应变之比。它是黏弹性体复数杨氏模量E*的虚部系数，是与材料在变形时以热的形式耗散掉的那部分能量有关，所以称之为损耗杨氏模量，可以采用流变振动仪测定。
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