mass flux

基本解釋

Satisfactory distributions of mass-flux and mixture-ratio can be obtained by reasonable design and exactally controlling injecting parameters.
合理的設(shè)計(jì)和準(zhǔn)確控制噴注參數(shù)可以獲得滿(mǎn)意的流強(qiáng)與混合比分布。
Based on the maximum entropy principle(MEP), the influence of the liquid-to-gas mass flux ratio on the droplet size distribution was studied at a certain gas velocity.
以最大熵理論為基礎(chǔ)，研究了在氣流速度一定的條件下，液氣質(zhì)量比的變化對(duì)液滴粒徑分布的影響。
It analyzes the influence of oxidizer mass flux and length-radius ratio on HRM temperature filed and component concentration distributing, and demonstrates igniting and solid fuel surface regressing.
分析了氧化劑質(zhì)量流量和長(zhǎng)徑比變化對(duì)固液火箭發(fā)動(dòng)機(jī)內(nèi)溫度，組分濃度等的分布情況及燃面退移沿軸線(xiàn)變化的規(guī)律，點(diǎn)火過(guò)程及不同時(shí)刻固體燃料型面退移狀況。

質(zhì)量流量
The pressure drop increases with the mass flux increases.
在同一質(zhì)量流量下,壓力損失由大到小依次為DN6﹥DN8mm﹥DN10。壓力損失隨雷諾數(shù)的增大而增大。
質(zhì)量量

質(zhì)量速度
The results of numerical analysis show that for a given channel, mass flux in the channel does exist a maximum, so does those of the experiment. There exists thermal drag in natural convective boiling.
結(jié)果給出:通道內(nèi)自然對(duì)流沸騰存在熱阻力;存在抽吸質(zhì)量速度極大值,實(shí)測(cè)也證明了這一點(diǎn);質(zhì)量速度達(dá)到極值點(diǎn)以后,隨熱流密度增加,迅速下降,對(duì)應(yīng)著第三類(lèi)沸騰危機(jī)的發(fā)生,這為第三類(lèi)沸騰危機(jī)提供了新的解釋。
質(zhì)量通量

質(zhì)量流量
And the velocity of liquid in the middle of where the space between the walls is bigger is smaller.3) The mass flux increases as the zeta potential, the electric field strength, the temperature of liquid, and the concentration of electrolyte.
③液體的質(zhì)量流量隨zeta電勢(shì)、電場(chǎng)強(qiáng)度、流體溫度及電解質(zhì)濃度的增加而增加,隨槽道尺寸的增加先增加后減小。
地球科學(xué)
質(zhì)量通量
Global average CTF present remarkable characteristic of QBO,annual evolution of CTF is very obvious over Southern and Northern Hemispheres,in particular,the catastrophe of mass flux amplitude appears during the middle of 1970′s to the middle of 1980′s.
全球平均的CTF有顯著的QBO特征,南北半球的年代際變化明顯,特別是20世紀(jì)70年代中期至80年代中期出現(xiàn)了質(zhì)量通量振幅的異常突變現(xiàn)象。