1.
Static adsorption properties of Ni(Ⅱ)by IDA resin and U-shaped continuous countercurrent desorption
亚胺基二乙酸树脂对金属镍的静态吸附及连续逆流U形解吸系统
2.
Anatomy of Digestive and Respiratory Systems in the Amur Rat-snake,Elaphe schrenckii
棕黑锦蛇消化系统和呼吸系统的解剖
3.
Research on Adsorption-Desorption Problem in Nems;
纳机电系统中气体吸附解吸附问题研究
4.
Reform about energy saving of 0.8Mt·a~(-1) DCC device absorb stable system desorber
0.8Mt·a~(-1)DCC装置吸收稳定系统解吸塔节能改造
5.
REASONS FOR FAILURE OF DESORPTION-HYDROLYSIS SYSTEM AND TREATING METHODS
解吸水解系统故障原因分析及处理措施
6.
Survey of Speech Anatomy, Respiratory System, Airflows and Pressures.
语音解剖学和呼吸系统的探讨、气流和压力。
7.
On the Gross Anatomy of the Chinese Soft Shelled Turtle (Amyda Sinensis) Ⅳ. The Digestive, Respiratory and Urogenital Systems
中华鳖的解剖研究Ⅳ.消化、呼吸、泌尿生殖系统
8.
The periodic solutions and global attractivity of a class of infinite delay differential equation;
一类无穷时滞微分系统的周期解和全局吸引性
9.
Existence and global attractivity of almost periodic solutions for predator-prey system of three-dimension;
三维捕食系统概周期解的存在性和全局吸引性
10.
ATTRACTIVITY OF PERIODIC SOLUTIONS FOR A DELAY DIFFERENCE SYSTEM OF NEURAL NETWORK;
一类时滞神经网络差分系统周期解的吸引性
11.
Studies on the Respiration System of Maturity Rana guentheri
成体沼蛙(Rana guentheri)呼吸系统解剖学与组织学观察
12.
Asymptotic behavior of the positive solution of the nonautonomous predator-prey model with generalized diffusion
具有广义扩散的三种群非自治系统解的吸引性
13.
Attractivity and Boundedness for the Solutions of Stochastic Delay Species System
随机时滞种群系统解的吸引性和有界性
14.
inspiratory port of circle absorption system
环流吸收系统的吸入口
15.
The passages of the human respiratory system.
呼吸器官，呼吸道人体呼吸系统的通道
16.
The invariant set and attractor for a class of non-autonomous delay differential system are investigated in this paper.
研究了一类非自治时滞微分系统的解的不变集与吸引集。
17.
Stability and Attractability of Periodic Solutions for a Coupled Finite Difference Reaction Diffusion System with Time Delays
一类时滞反应扩散差分系统周期解的稳定性和吸引性
18.
In-situ Spectroscopic Technique Study on the Sorption and Swelling of Polymers/CO_2 System and the Solubility of Valatitle Matter in SC-CO_2
原位光谱法研究聚合物/CO_2系统-吸着、溶胀以及溶解度