The purpose of ip logging is to determine the depth and geometry of the polarizable bodies . IP測(cè)井的目的在于確定極壓體的深度和形狀。
Let us now consider polarizable bodies whose resistivities are similar to that of the geological environment . 現(xiàn)在我們來(lái)研究電阻率與地質(zhì)介質(zhì)相同的極化體。
The purpose of ip logging is to determine the depth and geometry of the polarizable bodies Ip測(cè)井的目的在于確定極壓體的深度和形狀。
Bright white collections of polarizable crystals are seen here , but are diffuse and centered around vascular spaces 亮白色可極化晶體,但都在血管內(nèi)呈彌漫和集中分布。
Carbon nanotubes ( cnts ) were activated by co2 and air under different durations , then were used in polarizable electrodes of electric double - layer capacitors ( edlcs ) 摘要對(duì)碳納米管粉體在高溫下進(jìn)行空氣和二氧化碳活化處理,并用于制作雙電層電容器極板。
Electrorheological fluids ( er fluids ) is a composite suspension of polarizable solid particles with a radium of u m dispersed in an unpolarizable continuous medium 電流變體是由粒徑為微米或亞微米級(jí)的易極化粒子分散于低介電系數(shù)的液體絕緣介質(zhì)中形成的復(fù)合懸浮體。
There are several explanations for the casimir effect . it is considered commonly that the casimir force is the macroscopic manifestation of the van der waals force between two neutral polarizable particles 對(duì)于casimir力的物理解釋是一般認(rèn)為它是兩個(gè)中性的可極化微粒間的范德瓦爾斯力的宏觀(guān)體現(xiàn)。
The long range interaction simulated by polarizable continuum model , the hydrogen bonding interaction , and the whole interaction between the solute and the medium were separately investigated 分別研究了由極化連續(xù)模型模擬的溶劑和溶質(zhì)分子的長(zhǎng)程相互作用,溶劑和溶質(zhì)分子的氫鍵作用,以及溶劑和溶質(zhì)分子的整體作用對(duì)分子結(jié)構(gòu)和性質(zhì)的影響。
Electrorheological ( er ) fluid is a kind of smart material . er fluids typically consist of electrically polarizable particles dispersing in low - dielectric oils . application of an electric field can induce polarization of the suspended particles 電流變液( electrorheologicalfluids )是一種智能材料,通常是高介電常數(shù)的微小顆粒分散在低介電常數(shù)的絕緣液體中形成的懸浮體系。
So , in order to explain the experimental results and design strong two - photon absorption molecules , solvent effects must be considered . new theoretical models for calculations of solvent effects must be developed . the solvent effects are carried out by the self - consistent reaction field theory with the polarizable continuum model in this work 因此,為了解釋實(shí)驗(yàn)結(jié)果和合成雙光子吸收特性強(qiáng)的分子,必須考慮溶劑的影響,這就需要人們發(fā)展新的理論模型來(lái)計(jì)算溶劑效應(yīng)。