1) process of three transmit
三传过程
2) mass transfer process
传质过程
1.
Effect of surface tension on mass transfer process;
表面张力对传质过程的影响
2.
There exists substantial difference between multicomponent mass transfer process and dicompo-nent mass transfer process.
多元物系传质过程与二元物系传质过程有着本质的区别,由于组分间的交互作用,多元物系传质各组分传质效率不相等,其分布范围可在-∞至-∞之间,某些组分可能产生逆向传质、渗透传质、传质障碍等传质奇异现象,这些现象用传统的二元物系传质规律如Fick定律等无法做出解释,必须用Maxwell-Stefan方程进行描述,先概述了Maxwell-Stefan方程的由来、求解方法,然后具体介绍在多元相间传质中的应用。
3.
The mass transfer process of multicomponent system is completely different from that of a simple binary system.
多元物系传质过程与二元物系传质过程有着本质的区别 ,由于组分间的交互作用 ,多元物系传质各组分传质效率不相等 ,其分布范围可在 -∞至 +∞之间 ,某些组分可能产生逆向传质、渗透传质、传质障碍等传质奇异现象 ,这些现象用传统的二元物系传质规律无法作出解释 ,必须用Maxwell Stefan方程进行描述。
3) heat transfer
传热过程
1.
Optimization control problems in process of heat transfer;
传热过程中的某些优化控制问题
2.
The equilibrium water content of the solids for drying, the number of mass transfer units for gas absorption and mass flow rate for heat transfer system were obtained using MATLAB.
用MATLAB计算食品过程中的物料平衡含水量、气体吸收的传质单元数和传热过程的调节,研究基于MATLAB的非线性方程、非线性方程组的求解和数值积分功能的应用。
3.
Numerical equations were set up to calculate the heat transfer inside the heat exchanger.
有多种传热形式可以实现传热流体和石蜡间的传热过程,如石蜡位于管外的壳管式换热器[1-2]和螺旋盘管式换热器[3-4],石蜡和传热流体间隔排列的螺旋板式换热器[5],传热流体在球外流动、石蜡封装于球内的传热过程等[6-7]。
4) Heat Transfer Process
传热过程
1.
Research Status of the Mathematical Models of the Heat Transfer Process of Rotary Kilns and Their Development;
回转窑传热过程数学模型的研究现状及其发展
2.
Based on the analysis of material motion in the axial direction, heat transfer and mass transport process in a rotary kiln, and comprehensive consideration of the effects of physical change and chemical reaction in the rotary kiln on the heat transfer process, the mathematic model of heat transfer for petroleum coke calcining rotary kiln was built up.
研究了石油焦煅烧回转窑内的物理和化学反应过程对回转窑内传热过程的影响,并在对回转窑内的物料输送过程、传质过程和传热过程具体分析的基础上,建立了石油焦煅烧回转窑的综合传热数学模型。
5) Transport process
传递过程
1.
Study of the influence of transport process on removal in SO_2/NO_x/Hg by activated carbon fibers;
活性炭纤维脱除SO_2/NO_x/H_g中传递过程的影响
2.
Theoretical Analysis on Transport Processes in PEMFC;
质子交换膜燃料电池中的传递过程研究
6) transfer process
传递过程
1.
A basic equation group and its analytic solution on transfer process in TIEC;
TIEC 中传递过程的理论模型及其解析解
2.
A transfer axiom is proposed, which declares that any form of transfer process is driven by the difference of the corresponding basic intensive property, and the transfer of basic extensive property in the process must be accompanied with the corresponding energy and exergy.
提出了传递公理,即任何形式的传递过程都是在相应基本强度量差推动下,基本广延量的流动过程;基本广延量的传递过程也同时是与之对应的能和(火用)的传递过程。
3.
Based on the viewpoint of contradiction and unification,the approaches to enhancing heat and mass transfer as well as to optimizing and designing transfer process systems are reviewed,and the contradiction between the decrease of energy destruction and the enhancement of transfer process are analyzed.
基于对立统一的观点,审视了强化传热和传质及其优化设计传递过程系统性能的方法,分析了强化传递过程与降低能量耗散的矛盾的统一性。
补充资料：三处传心
【三处传心】
（名数）谓禅宗也。世尊三处传心于迦叶：一灵山之拈花微笑，一于多子塔分半座，一于双林树下由棺中出足。禅宗象鉴曰：“世尊三处传心者为禅旨，一代所说者为教门。故曰：禅是佛心，教是佛语。”然说拈花微笑事之大梵天经，其出处不分明，多子塔前分半座双树下出足事，诸经虽有其事而如五灯会元所“吾以正法眼藏密付于汝。”曾无之，但如是禅家公案因缘，常底之事，取其意可也。
（名数）谓禅宗也。世尊三处传心于迦叶：一灵山之拈花微笑，一于多子塔分半座，一于双林树下由棺中出足。禅宗象鉴曰：“世尊三处传心者为禅旨，一代所说者为教门。故曰：禅是佛心，教是佛语。”然说拈花微笑事之大梵天经，其出处不分明，多子塔前分半座双树下出足事，诸经虽有其事而如五灯会元所“吾以正法眼藏密付于汝。”曾无之，但如是禅家公案因缘，常底之事，取其意可也。
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