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TranslationMobile

擴(kuò)散深度

"diffusion" in Chinese : n. 1.散布，發(fā)散。 2.傳播，普及。 3.冗長(zhǎng)。 4 ...
"depth" in Chinese : n. 1.深；深度。 2.(色澤的)濃度；(聲音的)低沉 ...
"depth diffusion process" in Chinese : 深結(jié)擴(kuò)散工藝
"depth-diffusion process" in Chinese : 深結(jié)擴(kuò)散工藝
"thermal diffusion depth" in Chinese : 熱擴(kuò)散深度
"diffusion" in Chinese : n. 1.散布，發(fā)散。 2.傳播，普及。 3.冗長(zhǎng)。 4.【化學(xué)】滲濾。 5 ...
"in diffusion" in Chinese : 向內(nèi)擴(kuò)散
"at a depth of" in Chinese : 達(dá)到……之深度
"depth" in Chinese : n. 1.深；深度。 2.(色澤的)濃度；(聲音的)低沉；(感情等的)深厚， ...
"in depth" in Chinese : 全面深入地；徹底地; 在底部; 在深部
"in the depth of" in Chinese : 在...里面
"in-depth" in Chinese : adj. 認(rèn)真作出的；詳細(xì)的；深入的；徹底的。 an in-depth st ...
"on depth" in Chinese : 達(dá)到深度
"heat diffusion; thermal diffusion" in Chinese : 熱擴(kuò)散
"additional depth residual depth" in Chinese : 富余水深

Examples

Electrochemistry c - v method was employed to measure the carrier concentration profile distribution of samples , discovered that the carrier concentration decreased with increasing of the diffusion depth , and the peak of concentration located at 0 . 25 m beneath the surface
利用電化學(xué)c - v法對(duì)樣品的載流子濃度的縱向分布進(jìn)行了研究，發(fā)現(xiàn)在距離樣品表面0 . 25 m處載流子濃度達(dá)到最大。
Based on a chloride concentration test of field - exposed concrete specimens , a numerical example is given . the result shows that the chloride concentration increases with service time , decreases with diffusion depth , and the chloride diffusivity is a variable with time , depth and chloride concentration
通過(guò)對(duì)自然環(huán)境中混凝土試件的現(xiàn)場(chǎng)氯離子濃度試驗(yàn)的算例分析發(fā)現(xiàn)，混凝土中的氯離子濃度隨服役時(shí)間增加而增加，隨擴(kuò)散深度的增加而減少。
Moreover , we observed the concentration profiles of the ion - implanted samples and the diffused samples by c - v method , and discovered that the carrier concentration decreased with increasing of the diffusion depth . whereas , the peak concentration of the ion - implanted samples located at 0 . 248151 u m beneath the surface and the peak concentration of the diffused samples located at the surface . furthermore , the carrier concentration of mnas source diffused sample as high as 102 % m3can be obtained , and the surface was much smoother compared with that of the pure mn source diffused sample
發(fā)現(xiàn)兩種摻雜方法的載流子濃度大體上都是隨著擴(kuò)散深度的增加而下降，不同的是離子注入樣品的載流子最高濃度處于離表面深度0 . 248151 m處，而擴(kuò)散樣品的載流子最高濃度處于表面，并摻錳（ mn ）砷化鋅（ gaas ）材料性質(zhì)的研究且還發(fā)現(xiàn)相對(duì)于純mn源擴(kuò)散樣品來(lái)說(shuō)， mnas源擴(kuò)散樣品的表面較為光滑，且表面載流子濃度高達(dá)1020 cm ’數(shù)量級(jí)。