- 更多网络例句与可浸入的相关的网络例句 [注：此内容来源于网络，仅供参考]
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The results show that the dissoluble tungstate can be impregnated into the pores of C/C composite materials....
研究结果表明，用浸渍法可将可溶性钨酸盐浸渍到炭/炭复合材料的孔隙中，将浸入炭/炭复合材料中的钨酸盐还原成金属钨可以在一定程度上改善炭/炭复合材料在X射线下的可视性。
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Again, also found that alcohol, aromatic oils, soap bubbles, and other organic matter, can become a brown turquoise green, the paraffin immersed porous turquoise in the beginning of a better understanding of their blue; a few months later, then again irreversibly changed the green-brown.
再有，还发现酒精、芳香油、肥皂泡沫和其他一些有机物，可使绿松石变成棕绿色，把石腊浸入多孔隙的绿松石中，初可加深其蓝色；数月后，则又不可逆地变棕绿色。
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The results show that the porosity of the membrane prepared by ScCO_2 induced phase separation is higher than that prepared by conventional method;the membrane structures are significantly influenced by the process parameters;compared with the conventional immersion precipitation phase inversion,ScCO_2 induced phase separation process can effectively avoid the formation of macrovoids at suitable operating conditions;during depressurization process,the great differences in the effect of depressurization time on membranes structure for various polymer materials result from that the speed of CO_2 gaseous nuclei escaping from membrane substrate can not keep the pace with the outer depressurization rate.(2) The tendency that the interaction parameters affect the binodal curve position is illustrated by changing the interaction parameters in reasonable ranges.
研究结果表明：与传统方法相比，采用ScCO_2诱导相转化法可获得更高的膜孔隙率；通过改变操作参数可对膜的结构进行调控，且操作参数对膜结构的影响与铸膜体系的自身性质也紧密相关；在适宜的操作条件下，ScCO_2诱导相转化法能有效避免采用传统的浸入沉淀相转化法制膜时易出现的大空腔结构；泄压过程中CO_2气核从聚合物膜基体中逃逸的速度能否与膜基体外部的泄压速度保持同步，是泄压时间对不同材质膜结构影响截然不同的根源所在。
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In comparison with bugle shaped nozzle, bifurcated nozzle downward jet angle 45°, cow-nose nozzle and three-hole nozzle, in all, the last two are better than the former and bifurcated nozzle downward jet angle 45 is better than bugle shaped nozzle; Cow-nose nozzle is helpful for guaranteeing the product's quality, in order to protect jet flow from eroding the strand at narrow face, gain uniform temperature distribution at cross section and decrease heat flux, adding the block's width to 100 mm. Three-hole nozzle is advantageous to increase flux and casting speed, but should avoid weak shell thickness in the center broad. In the real production, setting the SEN's immersed depth or plugging the hole at the bottom can adjust the flow and temperature distribution in the mold.
对比喇叭形水口，双侧孔水口(45°)，牛鼻子水口和三孔水口，总的说来后两者优于前两者；而双侧孔水口(45°)又优于喇叭形水口；牛鼻子水口和三孔水口比较各有特点，前者对保证铸坯质量有利，为防止流股对窄面的冲击，增加挡块宽度到100 mm，可使结晶器横截面上温度分布更加均匀，降低窄面热负荷；后者对增加流量，提高拉速非常有利，但要防止中孔射流过强导致铸坯中心坯壳变薄，在实际生产中可通过控制水口浸入深度或塞住浸入式水口的底孔来调节结晶器中的流动与温度分布状态。
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In comparison with bugle shaped nozzle, bifurcated nozzle downward jet angle 45°, cow-nose nozzle and three-hole nozzle, in all, the last two are better than the former and bifurcated nozzle downward jet angle 45 is better than bugle shaped nozzle; Cow-nose nozzle is helpful for guaranteeing the product"s quality, in order to protect jet flow from eroding the strand at narrow face, gain uniform temperature distribution at cross section and decrease heat flux, adding the block"s width to 100 mm. Three-hole nozzle is advantageous to increase flux and casting speed, but should avoid weak shell thickness in the center broad. In the real production, setting the SENs immersed depth or plugging the hole at the bottom can adjust the flow and temperature distribution in the mold.
对比喇叭形水口，双侧孔水口(45°)，牛鼻子水口和三孔水口，总的说来后两者优于前两者；而双侧孔水口(45°)又优于喇叭形水口；牛鼻子水口和三孔水口比较各有特点，前者对保证铸坯质量有利，为防止流股对窄面的冲击，增加挡块宽度到100 mm，可使结晶器横截面上温度分布更加均匀，降低窄面热负荷；后者对增加流量，提高拉速非常有利，但要防止中孔射流过强导致铸坯中心坯壳变薄，在实际生产中可通过控制水口浸入深度或塞住浸入式水口的底孔来调节结晶器中的流动与温度分布状态。
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The aim of this paper is an attempt to use the method of integrable systems to study integrable immersions of pse...
本文尝试利用可积系统办法来研究到伪黎曼空间形式N〓中的可积浸入问题。
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Gm,np,q-systems and integrable immersions of pseduo-Riemannian space forms
中文题名 Gm，np，q系统与到伪黎曼空间形式的可积浸入
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In Chapters3and4, we study the relation between the G〓-systems and integrable immersions of pseduo-Riemannian space forms, where G〓=O /O ×O .
在第三、四章中，利用G〓系统，讨论了与之相关的伪黎曼空间形式中的可积性浸入，其中G〓=O/O×O。
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Products of various input and output voltage level, Y connection methods can be based on user demands meticulous design and manufacturing, can also be based on user's request can coil epoxy resin cast plastic to prevent rain water, oil-immersed into the can so that the transformer life expectancy.
产品的各种输入、输出电压的高低、Y联接方式、均可根据用户的要求进行精心的设计与制造，也可根据用户的要求线圈可以环氧塑脂浇注，可以防止雨水、油浸入，可使变压器的寿命延长。
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Four types electromagnetic stirrers, such as round, half round, U shaped and modified U shaped, were used in the simulation and their effects of structure, coil current intensity and magnetic field frequency on the magnetic field distribution and the flow filed in the immersion nozzle and mold during the round billet continuous casting of steel were numerical simulated and analyzed.
在浸入式水口外部采用可移动的旋转电磁场装置，使水口内钢液形成旋转流动。
- 更多网络解释与可浸入的相关的网络解释 [注：此内容来源于网络，仅供参考]
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acetic anhydride：乙酸酐
这种广泛的去蛋白作用无疑可增强不少实验工作者在多聚甲醛固定后,浸入乙酸酐(acetic anhydride)和三乙醇胺一个重要的问题. ISHH 中背景染色的形成是诸多因素构成的. 杂交后(Posthybridization )测系统检测组织细胞中的抗原时,
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capillary：毛细管
将一个毛细管(capillary)浸入溶液,取约3mm溶液,布于一薄层色谱板(TLC 板TLC plate). 用同样方法将起始物质布于另一TLC板作为参比物. 用1:6乙酸酯-庚烷(acetate-heptane)洗脱TLC板,洗脱后的TLC板可在UV光(254配合物中氨的分析 用移液管吸取 0.1 M HCl 标准溶液20 mL,
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enchase：镶嵌
浸入完成物品后可充分的激起兵器的潜力,这时就可镶嵌 (enchase)宝石来完全发挥兵器的威力了. 如果在浸入后没有特别的反应,那么就要反复圣化、浸入这个过程了,事实上,一般来说要圣化和浸入超过上百次才有可能达到预期的目标,
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glucose：尿糖
举例来说,尿液中的尿糖(Glucose)以及酮体(ketone)含量,可以反映出糖尿徵兆. 消费者只要把试纸浸入清晨起床的第一泡尿内,观察呈色结果即可. 尿液检测也可判断肾脏健康. 李怀德表示,主要是检测尿中的蛋白质(Protein)以及潜血(Blood)的含量.
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immersible：可浸入的
immerse 沉浸 | immersible 可浸入的 | immersion heater 电热煮沸器
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immersible：可浸入的; 可没入的
immerse 沉浸;给...施洗礼 | immersible 可浸入的; 可没入的 | immersion 沉入,浸入
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sebaceous gland carcinoma：皮脂腺癌
皮脂腺癌(Sebaceous Gland Carcinoma)是眼睑常见恶性肿瘤之一,多发于中老年妇女,好发于上眼睑,最常见起源于睑板腺和睫毛的皮脂腺. 初起时为眼睑皮下小结节,表面皮肤正常. 当肿块逐渐增大后,可形成溃疡或呈菜花状. 可向眶内扩展,浸入淋巴管,
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sem：扫描电子显微术
将浸入FeCl2或FeSO4溶液的钢样通电溶解. 这种方法适合观测单个且完整的夹杂物. (7)扫描电子显微术(SEM). 这种方法可清晰地观测到每种夹杂物的三维组织结构和化学成分,用电子探针分析仪(EPMA)检测化学成分.
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ORTHO：邻位
挠片段与两个胺基在 苯环上形成邻位(ortho)或间位(meta)者,可使得¸¸¸沸水中8小时,再浸入水中48小时,取出聚醯亚胺膜后,先以滤纸拭乾 表面的水分,然后秤重,此重量记为W2¸则试样之吸湿¸¸¸
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hybridisation：杂交
预杂交(Prehybridization)是减低背景染色的一种有效手段. 预杂交液和杂交液的区别在于前者不含探针和硫酸葡聚糖(Dextran sulphate). 将组织切片浸入预杂交液中可达到封闭非特异性杂交点的目的,从而减低背景染色. c) 杂交(Hybridisation)