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parent crystal
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  母晶
     Contact nucleation in the sodium nitrate-water system was studied by using a photomicroscopic technique. The (100) face of a parent crystal of sodium nitrate was contacted by sliding along a glase plate.
     作者采用显微摄影技术对NaNO_3-H_2O系统中的接触成核现象进行了研究,用一个NaNO_3母晶的(100)晶面靠滑动与玻片进行接触。
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  “parent crystal”译为未确定词的双语例句
     Solid-solid growth process is affected by the symmetry of the parent crystal,but is independent of the environment
     固一固生长过程与母相晶体的对称性有关,与周围的介质无关。 测量了不同温度下的生长速度,对固一固生长的机制进行了讨论。
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  相似匹配句对
     Recovery and Utilization of APT Crystal Parent Solution
     仲钨酸铵结晶母液的回收与利用
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     Appreciation of Crystal
     水晶的美学鉴赏
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     Liquid Crystal
     液晶化学
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     Solid-solid growth process is affected by the symmetry of the parent crystal,but is independent of the environment
     固一固生长过程与母相晶体的对称性有关,与周围的介质无关。 测量了不同温度下的生长速度,对固一固生长的机制进行了讨论。
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     Parent-adolescent Conflicts
     青少年期亲子冲突的特点
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  parent crystal
The symmetry rotations relating the different variants are determined and the symmetry axes used to define the orientation of the parent crystal.
      
However, there are significant differences; the grain-boundary velocities are such that a diffusion field must exist in the parent crystal for the case of CIGM but little or no volume diffusion penetration for steady DP.
      
Differential dislocations arise due to the transformation of Burgers vectors and dislocation lines in the process of their succession from the parent crystal.
      
which intergrow with the parent crystal perfectly on the (001) planes.
      
Habit plane normals were determined by two surface trace measurements and referred to the parent crystal basis by using the β1 grain orientation matrix.
      
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This paper describrs the solid-solid growth phenomena of DKDP crystal.The growth takes place both in the tetragonal and morroclinic parents.Solid-solid growth process is affected by the symmetry of the parent crystal,but is independent of the environment

本文描述 DKDP 晶体的固一回生长现象。它可以在四方母体上发生,也可以在单斜母体上发生。固一固生长过程与母相晶体的对称性有关,与周围的介质无关。测量了不同温度下的生长速度,对固一固生长的机制进行了讨论。

Rock creep progreeses through three stages, i. e. the stage of initial transitionalcreep, the stage of steady--state or pseudoviscous creep and the stage of acceleratedcreep. The stage of accelerated creep is the closest to the failure point of the rock,so the rock behaviours in this stage may be regarded as an indication of rock fai-lure. The appearance of microfractures is a diagnostic criterion of this stage. If mi-crofractures are regarded as an indication of an earthquake, it is suitable to findout the...

Rock creep progreeses through three stages, i. e. the stage of initial transitionalcreep, the stage of steady--state or pseudoviscous creep and the stage of acceleratedcreep. The stage of accelerated creep is the closest to the failure point of the rock,so the rock behaviours in this stage may be regarded as an indication of rock fai-lure. The appearance of microfractures is a diagnostic criterion of this stage. If mi-crofractures are regarded as an indication of an earthquake, it is suitable to findout the relationship between microfractures and an earthquake. Microfractures canbe cemented after a long period of stability. Three manners of cementation are su-ggested in the paper: healing, welding and filling. For the first manner, the ceme- nting minerals filling, the microfractures are the same as the parent crystalsand both take the same crystallographic orientation. For the second manner, thecementing minerals are the same as the parent crystals but both take different cry-ystallographic orientations. As to the third manner, the cementing minerals are di-fferent from the parent crystals. The strengths of cemention of the three mannerof cementation are different. The cementation strength of the healing manner isstronger, while that of the filling manner is weaker. Microfractures and their cemen-tation are indications of rock failure. they call probably be regarded as indicationsof an earthquake, and thus may serve earthquake prediction.

本文探讨岩石第三蠕变阶段(加速蠕变阶段)的显微构造特征——微裂隙。在天然岩石漫长的蠕变过程中,加速蠕变阶段预示着破裂将至,而前两个蠕变阶段则距破裂还很遥远、所以微裂隙的大量出现,将会使岩石发生总体破裂,从而导致地震的发生。本文还探讨了地质作用平静时,微裂隙可能以三种方式固结。固结后的岩石应是一种新岩石,不再继承已经发生的蠕变过程、而是重新开始自己的蠕变过程。

Contact nucleation in the sodium nitrate-water system was studied by using a photomicroscopic technique. The (100) face of a parent crystal of sodium nitrate was contacted by sliding along a glase plate. When the parent crystal was contacted while in saturated solution, no nuclei were formed; however, neclei were formed when the parent crystal was contacted in supersaturated solution. These results suggest that a growing crystal surface is necessary for formation of the nuclei and that...

Contact nucleation in the sodium nitrate-water system was studied by using a photomicroscopic technique. The (100) face of a parent crystal of sodium nitrate was contacted by sliding along a glase plate. When the parent crystal was contacted while in saturated solution, no nuclei were formed; however, neclei were formed when the parent crystal was contacted in supersaturated solution. These results suggest that a growing crystal surface is necessary for formation of the nuclei and that breakage of the parent crystal is not the source of the nuclei, The growth rates of the nuclei formed were determined from photographs taken at timed intervals. The growth rate of any individual crystal was found to be invariant with time, but the growth rates from crystal to crystal were different. The growth rates of the nuclei were found to be correlated to initial size and to the supercooling. The data obtained under same supercooling were correlated by using linear regressions. The results obtained from linear regressions were treated with least square method, and a mathematic model describing the growth rates of sodinm nitrate contact nuclei were obtained.

作者采用显微摄影技术对NaNO_3-H_2O系统中的接触成核现象进行了研究,用一个NaNO_3母晶的(100)晶面靠滑动与玻片进行接触。当母晶在饱和溶液中进行接触时,没有接触核形成,但在过饱和溶液中进行接触时,却形成了接触核。这个研究结果说明,必须有一个生长的晶体表面才能形成晶核,母晶的破碎并非晶核的来源。通过连续摄影测出了晶核的成长速率。每粒单晶的成长速率均不随时间而变,但各晶体的成长速率却有所不同,并发现其成长速率受该晶核的初始尺寸及溶液过冷度(即过饱和度)所影响。用线性回归法处理实验数据,分别关联出了在相同过冷度条件下晶体成长速率与初始尺寸的关系。最后再用最小二乘法关联其在各个过冷度条件下所得的结果,得出了NaNO_3接触成核成长速率的数学模型。

 
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