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TranslationMobile

氣樣室
吸收杯
吸收池
樣品杯
樣品槽
樣品池
樣品管
樣品室

"sample" in Chinese : n. 1.樣品，貨樣。 2.標(biāo)本；榜樣，實例。 3.【統(tǒng) ...
"cell" in Chinese : n. 1.小室，單室；隔間，艙；〔詩〕茅舍；(單個的)蜂 ...
"cell for flowing sample" in Chinese : 流體試樣池
"liquid cell for sample trapping" in Chinese : 樣品俘獲液槽
"sample heating cell" in Chinese : 樣品加熱試池
"single sample cell" in Chinese : 單樣品試池
"standard grade round sample cell" in Chinese : 標(biāo)準(zhǔn)級圓形試池
"by sample" in Chinese : 憑樣品
"on sample" in Chinese : 憑樣本; 作樣品
"sample" in Chinese : n. 1.樣品，貨樣。 2.標(biāo)本；榜樣，實例。 3.【統(tǒng)計】典型取樣，抽檢查 ...
"to sample" in Chinese : 取樣品
"a cell" in Chinese : a細(xì)胞, α細(xì)胞
"cell" in Chinese : n. 1.小室，單室；隔間，艙；〔詩〕茅舍；(單個的)蜂窩，蜂房。 2.〔詩 ...
"cell， the" in Chinese : 疑魂追兇，又名：入侵腦細(xì)胞或迷幻追兇
"is cell" in Chinese : 若是元胞則為真

Examples

Beer - lambert law , more commonly known as beer ' s law , states that the optical absorbance of a chromophore in a transparent solvent varies linearly with both the sample cell pathlength and the chromophore concentration
比爾-朗伯定律，更多的被稱為比爾定律，是指在透明溶劑中發(fā)色團的光束吸收度隨著樣品電池路徑以及發(fā)色團濃度的變化而呈線性變化。
We find that the change of distance between lens and sample cell will result in the change of lower limit of measurement . analysis of mie theory indicate that , at the position of 7 ? angle relative to optical axis , normalization light scattering energy increases followed by the increase of particle size , but at the angle of 35 ? , the trend is opposite
并從理論上分析了亞微米級顆粒粒徑與歸一化散射光能量的關(guān)系，指出在與光軸成7夾角的位置，歸一化散射光能量隨著粒徑的減小而減??；在35角處，歸一化散射光能量隨著粒徑的減小而增大。
The influence of illumination conditions on the detector and temperature in sample cell was investigated . and a method of calibrating laser trap stiffness using brownian motion in the condition of low sampling frequency was studied . furthermore , in order to study the mechanisms of polymerizaton and depolymerization of tubulin under different conditions such as ph , temperature , and biological factor , a flow sample cell with temperature - control system was designed and fabricated
在本課題研究中，一方面，我們建立和完善了一套國內(nèi)領(lǐng)先的可以進行納米量級位移及pn量級力測量的光鑷系統(tǒng)，對光鑷系統(tǒng)本身的一些相關(guān)技術(shù)做了進一步的研究，提出了在低頻響條件下用布朗運動測量光阱剛度的方法，研究了光鑷系統(tǒng)中照明條件對樣品池中溫度及四象限測量系統(tǒng)的影響，并設(shè)計制作了用于微管實驗的流動樣品池，實現(xiàn)了對池內(nèi)溫度的控制。