滴定當量 的英文怎麼說
中文拼音 [dīdìngdāngliáng]
滴定當量
英文
titration equivalent weight-
These ions are thought to help create new particles called aerosols and, when aerosols grow above a certain size, they become the seeds around which cloud droplets form
這些離子被認為幫助產生了新的微粒,浮質,而當浮質超過一定量,就成為霧滴形成所必需的內核。The heat of the bodhisattva will often be so great that one will drip sweat from one ' s forehead or down one ' s back as the kundahlini flares while releasing karma, or anchoring space for an event or healing session
菩薩級提升者經常會如此大量地出汗,當昆達里尼在釋放業力或為一次活動及療愈會議錨定空間而暴燃時,汗水甚至會滴落前額或洇濕後背。Abstract : a continuity wave model is put forward for the dispersion processof liquid - liquid two - phase system, by coupling mass and momentum conservation equations of two - fluid model. the conditions that result in a dispersion choke and the weak instability of a dispersion process are derived from the model. the phenomena of catastrophic inversion and transitional inversion are explained. the effect of drop size distribution on the maximum volume concentration of a emulsion is predicted using the model. according to the theory herein, emulsion inversion is the regime transition of liquid - liquid system due to the instablity of a dispersion process. the effect of drop size distribution on the maximum volume concentration of a liquid - liquid emulsion only occurs in a certain range of weber numbers
文摘:以雙流體模型為基礎,通過質量守恆方程和動量守恆方程的耦合,提出了液-液兩相系中彌散傳質的連續波模型.由該模型得到彌散傳質過程阻塞和彌散傳質過程弱不穩定性產生的條件,計算了液滴尺寸及其分佈對乳化液極大堆砌分數的影響,解釋了劇變型乳化逆變和漸變型乳化逆變現象.研究結果表明,乳化逆變是由於彌散傳質過程的不穩定性而引起的懸浮體型態的改變,隨液滴尺寸多分散性的增大,極大堆砌分數增大;隨液滴平均尺寸的增大,多分散性對極大堆砌分數的影響減弱;當韋伯數足夠大時,液滴尺寸及其分佈對乳化液極大堆砌分數無影響( 3 ) the results of soil trough experiment and simulated rainfall experiment with a fixed intensity indicated that, the rainfall splash intensity had a remarkable effect on the overland flow sediment contain. during the single rainfall experiment, when the rainfall splash height was less than 5 meters, the overland flow sediment contain would add with the lower rainfall splash height increased ; when the rainfall splash height was more than 5 meters, it would drop with the higher rainfall splash height increased
( 3 )土槽試驗和定雨強模擬降雨試驗結果表明,雨滴打擊強度對坡面坡面流泥沙含量有顯著影響。單降雨實驗中,當降雨高度小於5m時,無論雨強大小,坡面流泥沙含量隨雨滴打擊強度的增加而增加;當降雨高度大於5m時,坡面流泥沙含量隨雨滴打擊強度的增加而降低。分享友人