籽晶的英文

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英文翻译
造句

crystallon
grain of crystallization
matted crystal
seed crystal
seed grain

籽 seed
晶 brilliant; glittering
晶种；籽晶 inoculating crystal
种晶, 籽晶 crystal seed
籽晶,晶种 seed-crystal
籽晶杆 seed rod
籽晶夹 seed chuck
籽晶粒 seed grain
籽晶轴 seed shaft
本征籽晶 intrinsic seed
掺杂籽晶 doped seed
基体籽晶法 seeding method by substrate
轻掺杂籽晶 lightly droped seed; lightly dropped seed
用籽晶生长 seeded growth
重掺杂籽晶 heavily doped seed; heavily oped seed
籽晶初底 seed crystal substrate
籽晶夹持器 seedholder
籽晶夹头 seed chuck; seed holder
籽晶取向 seed orientation
籽晶注入 seed implant
自给籽晶 self seeding
茄汁松籽晶鱼 tomato strobile fish
籽晶升降速率 seed lift rate
籽晶升降行程 seed lift travel
籽晶旋转速率 seed rotation rate

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例句与用法

Growth of high - quality gem diamonds with different seed facets
利用不同籽晶面生长优质宝石级金刚石单晶
On the basis of the improvement on the crystal growth furnace , the new nlo crystal k2al2b2o7 ( kabo ) has been grown by the top - seeding flux method
在对炉体改进的基础上，用顶部籽晶法生长新型紫外非线性光学晶体k _ 2al _ 2b _ 2o _ 7 ( kabo ) 。
The point seed growth techniques of high quality dkdp crystal in all directions have these features of fast growth rate , high utilization ratio and low growth cost
点状籽晶全方位生长dkdp晶体的方法具有生长速度快、晶体利用率高、生长成本低的特点。
The dkdp crystal with dimensions of 34 ' mmx 36mmx 45mm and weight of 99g was successfully grown with the growth rate of 4 . 5 mm / day in glass crystallizer of 1000ml in volume
在1000ml生长瓶中获得了生长速度达4 . 5mm day的点状籽晶生长尺寸为34 36 45mm ~ 3 ( 99克)的优质dkdp晶体生长条件。
It is found that the diamond film grown on the si substrate with predeposited diamond crystal seed not only can get higher growth rate , but also can improve the emission properties of diamond film
发现金刚石籽晶预沉积方法既可以有效地提高金刚石薄膜的生长速率，同时籽晶预沉积又可以在一定程度上改善金刚石薄膜的场发射性能。
This research indicated all these factors can reduce the transformation temperature , but the range of reduction and the influence on the microstructure of powders were not identical . among these factors , alumina sol seeding was the most effective
研究表明，上述几种因素均能降低相变温度，然而温度的降幅以及对最终粉体微结构的影响是不同的，其中，影响最大的是氧化铝胶体籽晶的添加。
Under the condition that the variance of temperature in the furnace was lower than 2 . 5oc , the accuracy of temperature control was higher than 0 . 2oc and the speed of temperature drop was 0 . 2oc ~ 2oc , we grew doped - ktp crystals without obvious defects by immerged - seeded solution method
在晶体生长炉温场均匀性高于2 . 5oc 、控温精度高于0 . 2oc 、降温速度为0 . 2oc ~ 2oc的条件下，采用浸没籽晶缓慢降温法生长出宏观无明显缺陷的掺质ktp晶体。
Ultrafine powder , the high quality ultrafine power has been got . ( 2 ) the perfect rutile has been got with flame fusion method in developed domestic sjz sintering machine , and the technology of crystal growth has been clearly analyzed . in the end the suitable techniche has been got on the basis of systemic study on the conditions of growth
通过对晶体生长中的籽晶方向、气氛等的作用的大量深入的研究，得出了金红石晶体焰熔法生长现阶段的最佳工艺条件，即籽晶( 001 )在氢氧比为1 ： 1的附近，通过加氢进行扩肩，然后在1450加氧退火24hr后就能够获得完整透明的金红石单晶。
This part emphasizes the synthesis of nanoarrays , aiming at controlling the size and distance of nanocrystallites using calixarene derivatives by altering the size , length and chemical structure of the organic molecules ; 2 . this part emphasizes in situ synthesis strategy for fabrication of polymer network of zns based nanopowder , aiming at size controls , coating and preventing agglomeration following " one - pot " synthesis ; this method fits to low cost , large scale production ; 3 . according to development in zno nanomaterials , we first report on the synthesis , characterization of amorphous zno , aiming at describing the principles and approaches of synthesis techniques , optical properties , spatial structure and doped effect ; the amorphous zno displays cage - like structure , showing a strong ultraviolet emission while the visible emission is nearly fully quenched , a potential uv - emission material ; 4
本论文以量子结构自组装为出发点，提出利用杯芳烃及其衍生物的化学受限反应实现尺寸可调半导体纳米粒子自组装；提出有机聚合网络原位组装zns基纳米荧光粉方法，把荧光粉的纳米化、包敷、防团聚在“一锅”反应中完成，适于低成本，批量生产；根据当前zno的研究情况，我们首次合成了非晶zno ，研究了它的光学性质，确定了它的结构，并对其掺杂进行了初步的研究，非晶zno表现出强的深紫外发光特性，而可见发射非常弱，是一种有巨大潜在应用价值的深紫外发光材料；利用非晶zno的亚稳特性，对晶化过程中非晶zno纳米晶zno三维受限量子结构特性，界面特性进行了深入的研究；利用固相热分解一般受扩散控制特性，实现了尺寸可控的zno三维量子结构的自组装；利用非晶zno的高度分散性，容易均匀成膜特性，实现了非晶籽晶诱导低温液相外延自组装生长高取向zno晶体薄膜。
The uv - vis transmission spectra and concentrations of metal ion impurities in different part of dkdp crystal was measured . the results show concentrations of metal ion impurities on the ( 100 ) face is higher than that on the ( 110 ) face and absorption on the ( 100 ) face is bigger than that on the ( 110 ) face
通过测试点状籽晶生长dkdp晶体不同部分杂质金属离子的含量和紫外可见透过光谱，结果发现dkdp晶体柱面的杂质金属离子含量比锥面高，柱面的紫外可见吸收比锥面大。