1) strong absorption
强吸收项
1.
Some properties of solutions for semilinear heat equations with strong absorption;
带有强吸收项的半线性热方程解的相关性质
2.
This paper focuses on the initial problem of certain semilinear heat equations with strong absorption.
研究了一类带有强吸收项的半线性热方程的初值问题,在初值数据为无界的情形下讨论了解的支集的瞬间收缩性质,给出了强吸收项的系数与初值数据之间的具体依赖关系。
3.
This paper considers the solution of the Cauchy problem to certain semilinear heat equations with strong absorption,presents a discussion of shrinking property of the support of the solution with the initial data which vanishes at infinity,and gets the relationship between the initial data and the strong absorp- tion.
对带有强吸收项的半线性热方程的解作了研究,当初值在无穷远处消失时讨论了解的支集的瞬间收缩性质,并得出了强吸收项与初值之间的具体依赖关系。
2) absorption
[英][əb'sɔ:pʃn] [美][əb'sɔrpʃən]
吸收项
1.
Blow-up for degenerate parabolic equation with nonlocal source and absorption;
带非局部源和吸收项的退化奇异抛物方程的爆破
2.
The Cauchy Problem for the Nonlinear Doubly Degenrate Parabolic Equation with Absorption;
带吸收项的非线性双重退缩抛物方程的Cauchy问题
3.
This paper is mainly estimate ∫Bε-1uεk(x,t)dx+∫t0∫Bε-1(uεk)qdxdτ≤1 when boundary value problem:u(x,t)=0,|x|=ε-1 and estimate ∫T0∫Bε-1(uεk)α-1[1+(uεk)α]2|▽uεk|pdxdτ≤C(α) when initial value problem:u(x,0)=kNh(kx),x∈Bε-1 of classical solutions u(x,y) for non-Newton filtration equations with absorption and convection:ut=div[(|▽u|2+ε)p-22▽u]+xibi(u)+uq,(x,t)∈Bε-1×(0,T
分别简述并证明了含有吸收项和对流项的非Newton渗流方程ut=div[(|▽u|2+ε)p2-2 ▽u]+xibi(u)+uq,(x,t)∈Bε-1×(0,T)对于边值问题:u(x,t)=0,|x|=ε-1的条件下的古典解的估计∫Bε-1ukε(x,t)dx+∫∫0tBε-1(uεk)qdxdτ≤1及初值问题:u(x,0)=kNh(kx),x∈Bε-1的条件下的古典解的估计∫0T∫Bε-1[1(+u(εk)uαεk-)1α]2|▽uεk|pdxdt≤C(α)。
3) absorption enhancement
吸收强化
1.
The absorption enhancement using surface-active agent for laminar flow of falling film along a vertical plate is investigated experimentally.
选择一种典型的表面活性介质: 2-乙基-己醇,研究在一定实验工况下加入活性介质后不同降膜雷诺数Re、溶液进口温度ts,i、吸收压力、活性介质浓度以及不同降膜长度试件下的吸收强化。
4) sorption enhanced
吸收增强
1.
Modeling of hydrogen production by sorption enhanced methane steam reforming reactions;
吸收增强式甲烷水蒸气重整制氢循环反应模拟
5) absorption enhancement
强化吸收
1.
Effects of different addition methods on additive absorption enhancement;
不同添加方式对添加剂强化吸收的影响
2.
The Experimental Study on Absorption Enhancement Mechanism of Surfactant Additives;
界面活性剂强化吸收机理的实验研究
3.
A qualitative discussion of the mechanism for surfactant additives in absorption enhancement is also given.
结合局部光测吸收实验,定性地分析了表面活性介质强化吸收过程的原因,进一步认识表面活性介质强化吸收机理,指出马拉哥尼不稳定性增强了溶液的混合,从而强化吸收。
6) intensity of light absorbed
吸收光强
1.
The intensity of light absorbed, molar extinction coefficient, maximum absorption wave length, quantum yield and activation energy were determined.
研究了新化合物含 4个丁氧基偶氮苯介晶基元的零代 (D0 )光致变色液晶树状物在氯仿和四氢呋喃中的吸收光强、最大吸收波长、摩尔消光系数、量子产率、活化能、异构转换率、反 -顺光异构化反应速率常数、热回复异构化反应速率常数、光回复异构化反应平衡常数及速率常数 。
补充资料：头项强痛
头项强痛 头项强痛 证名。头项部牵强不舒作痛。见《伤寒论·太阳病脉证并治》：“太阳之为病，脉浮，头项强痛而恶寒。”多因邪在肌肤或遏阻经络所致。外感表证，宜发散解表。如久病项强，多属痹证，宜祛风化湿、蠲痹通络。又痉病初起，亦常有头痛项强，症情较重，治宜镇痉熄风为主。本证可见于某些神经系统感染性疾患及颈椎病等。
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