查询词典 crystal-ball

And the control volume finite difference method based on the boundary fitted curve line coordinate for the coupling model of whole system;(2)introduction of the relative temperature gradient function Sv , which is used to determine the evolution of crystal / melt interface shape, because the shape of the crystal / melt interface during crystal growth is an important factor in determining the crystal quality.

本文采用数值模拟方法，研究了传热对晶体生长的影响，包括以下几个方面：(1)建立了晶体的简化模型，熔体的简化模型和相应的数值计算方法；为了从总体上研究晶体生长的动态特性，首次导出了旋成体曲线座标系的SIMPLEC算法，并成功地应用于晶体生长的整体模拟。

After classification under flow(the crassitude phosphogypsum are crystal),the intermediate are transmitted to filter for filtration and washing.As crystal seed of classification overflow(the fine-crushing phosphogypsum are crystal)is returned to reactor and further crystal.

选用适合的分级设备对湿法磷酸反应料浆进行分级处理，分级底流送过滤机过滤、洗涤，分级溢流作为晶种返回反应槽进一步长大。

Under the condition of the borehole and sandstone formation filling with oil and water, respectively, the ability is different when different energy windows are selected to distinguish formation by simulating the detector response spectrum of various diameters and length of NaI and BGO crystal. The C/O value difference of BGO crystal is higher than that of NaI crystal when the energy window includes photoelectric peak, the first and the second escape peaks, but it is less affected by the different sizes of detector crystal. Using photoelectric peak corresponding to the energy window, the C/O value difference of BGO crystal detector is much larger than that of NaI, but it increases with the crystal size increasing. The C/O value is greatly affected by energy drifting, while relatively a little by energy resolution.

对于井眼和地层流体分别为油和水砂岩地层，模拟改变NaI和BGO晶体探测器的直径和长度时的非弹性散射γ射线响应能谱，采用不同能窗处理方法对地层流体的分辨能力不同，选取光电峰和第一、第二逃逸峰对应的能量窗时，BGO晶体探测器比NaI晶体探测器测量的C/O差值大，但受尺寸的影响不大；采用光电峰对应的能量窗时，BGO晶体探测器测量的C/O差值比NaI的大得多，且随尺寸的增加差值增大；能量道的漂移对C/O值影响较大，而能量分辨率对差值影响相对较小。

The completely diagonalized Hamiltonian matrices of 3d2/3d8 ion configuration in the trigonal symmetry have been established by irreducible representation method. Taken into account the influence of the spin-spin coupling interactions omitted in previous publications, the spectra and the constants of crystal structure and zero-field splitting parameters of CsNiCl3 crystal and CsNiCl3: Mg2+ crystal are calculated and the influence of the doping to the spectra, the constants of crystal structure, zero-field splitting parameters and Jahn-Teller effect are studied. The results show that doping can change the structure of crystal which brings about the changes in the spectra and zero-field splitting parameters as well as Jahn-Teller effect.

应用不可约张量理论构造了三角对称晶场中3d2/3d8态离子的45阶可完全对角化的微扰哈密顿矩阵，在考虑了以前工作中被忽略的自旋-自旋耦合作用的基础上计算了CsNiCl3晶体和CsNiCl3：Mg2+晶体的基态能级、晶体结构、零场分裂参量和Jahn-Teller效应，研究了掺入Mg2+对CsNiCl3晶体的光谱、零场分裂参量及Jahn-Teller效应的影响和自旋单重态对基态能级的贡献，发现掺杂使得晶体结构产生畸变，从而改变晶体光谱的精细结构和零场分裂参量，不改变Jahn-Teller效应的分裂规律但改变分裂的大小。

The results show that the interplanar crystal spacing and lattice index of Al-rich α phase reduce gradually with increasing pressure. When the pressure reaches from common pressure to 5 GPa , Al-rich α phase lies on the (200) and (220) crystal faces, the interplanar crystal spacing are reduced by 1.07% and 1.15%. From common pressure to 3 GPa , the microstructure of ZA27 alloy changes from thick dendrites to fine dendrites, and finally to granular. According to the effect of solute diffusion coefficient under super high pressure and the calculation of Scherrer formula, it can be seen that the crystal organization is fine within the bounds of certain pressure. This conclusion is consistent with the experiment results.

结果表明：随着压力的增加，晶面间距和晶格常数都逐渐减小，当压力达到5 GPa时，富铝α相在(200)与(220)晶面处，晶面间距较常压力时的分别减小1.07%和1.15%；在常压至3 GPa范围内，晶粒由粗大的树枝晶→细小的树枝晶→粒状、椭球状枝晶转变的趋势，通过压力对合金凝固溶质扩散系数的影响结合Scherrer公式计算分析其组织变化原因，得出在一定的压力范围内，随着压力的增大，晶粒尺寸逐渐变小，这一结论与实验结果相符。

For thin sections of each crystal face, the TEM image along only [110] direction is observed, moreover, at each crystal face, the diagonal of the rectangular repeating unit is parallel to the crystal edge, in accordance with an ideal crystal model with Im3m symmetry.

以非离子嵌段聚合物EO〓PO〓EO〓为模板剂，首次合成出了高产率（100％）、形貌规则、大小均一（在1μm左右）、纯的立方相(Im3m)纳米介孔氧化硅单晶。

Other Psionic and Magic Gear: Dorje of firefall (2nd), dorje of charm person (3rd), crystal capacitor [1] (4th-8th), third eye concentrate (4th), cloak of resistance +1 (5th-19th), dorje of knock (6th-7th), crystal capacitor [3] (7th-11th), dorje of invisibility [9th-level manifester] (8th), crystal mask of mindarmor (9th-12th), 3 powerleech pearls (10th, 18th-20th), dorje of whitefire (10th), amulet of natural armor +1 (11th-16th), third eye aware (11th), psionatrix of Psychoportation (11th), gloves of Dexterity +2 (12th-16th), ring of stabilization (12th), crystal capacitor [5] (13th-16th), torc of free will (13th), bracers of armor +2 (14th-20th), dorje of negate psionics (14th-15th, 18th), ring of fire resistance (16th), amulet of natural armor +2 (17th-20th), skin of striking (17th), crystal capacitor [7] (17th- 18th), gloves of Dexterity +4 (17th-18th), amulet of natural armor +3 (19th-20th), gloves of Dexterity +6 (19th-20th), crystal capacitor [9] (19th), cloak of resistance +3 (20th).

其他灵能和魔法装备："落炎术"灵杖(2级)，"魅惑人类"灵杖(3级)，灵容[1](4至8级)，隐匿镶额眼(4级)，+1抗力斗篷(5至19级)，"敲击术"灵杖(6至7级)，灵容[3](7 至11级)，"隐形术"灵杖[显能者等级9](8级)，水晶心防面具(9至12级)，夺能珍珠×3(10级、18至20级)，"苍火"灵杖(10级)，+ 1天生防御护符(11至16级)，知觉镶额眼(11级)，心灵传送灵锥(11级)，+2敏捷手套(12至16级)，稳定戒指(12级)，灵容[5](13至16级)，自由意志项圈(13级)，+2防御护腕(14至20级)，"消解灵能"灵杖(14至15级、18 级)，次级抗火戒指(16级)，+2天生防御护符(17至20级)，反击灵皮(17级)，灵容[7](17至18级)，+4敏捷手套(17至18级)，+3天生防御护符(19至20级)，+6敏捷手套(19至20级)，灵容[9](19级)，+3抗力斗篷(20级)。

The inperfect crystal structure and its analysis for materials, is an elective course for the master graduate student, which include the crystallology principle, development of crystal diffraction, crystal determination and computer simulation of new phase, analysis of solid solution and superstructure, correction of crystal structure and bondvalent theory, analysis of inperfect crystal structure, analysis of amorphous structure and so on.

材料不完整晶体结构及其分析方法，为材料科学及工程等专业硕士研究生的选修课，内容包括晶体学基础、晶体衍射技术最新进展、新相晶体结构测定与数值模拟、固溶体与超结构分析、晶体结构修正与价键理论、不完整晶体结构分析、非晶结构分析等。

Other Psionic and Magic Gear: Dorje of firefall (2nd), dorje of charm person (3rd), crystal capacitor [1] (4th-8th), third eye concentrate (4th), cloak of resistance +1 (5th-19th), dorje of knock (6th-7th), crystal capacitor [3] (7th-11th), dorje of invisibility [9th-level manifester] (8th), crystal mask of mindarmor (9th-12th), 3 powerleech pearls (10th, 18th-20th), dorje of whitefire (10th), amulet of natural armor +1 (11th-16th), third eye aware (11th), psionatrix of Psychoportation (11th), gloves of Dexterity +2 (12th-16th), ring of stabilization (12th), crystal capacitor [5] (13th-16th), torc of free will (13th), bracers of armor +2 (14th-20th), dorje of negate psionics (14th-15th, 18th), ring of fire resistance (16th), amulet of natural armor +2 (17th-20th), skin of striking (17th), crystal capacitor [7] (17th- 18th), gloves of Dexterity +4 (17th-18th), amulet of natural armor +3 (19th-20th), gloves of Dexterity +6 (19th-20th), crystal capacitor [9] (19th), cloak of resistance +3 (20th).

其他灵能和魔法装备：&落炎术&灵杖(2级)，&魅惑人类&灵杖(3级)，灵容[1](4至8级)，隐匿镶额眼(4级)，+1抗力斗篷(5至19级)，&敲击术&灵杖(6至7级)，灵容[3](7 至11级)，&隐形术&灵杖[显能者等级9](8级)，水晶心防面具(9至12级)，夺能珍珠×3(10级、18至20级)，&苍火&灵杖(10级)，+ 1天生防御护符(11至16级)，知觉镶额眼(11级)，心灵传送灵锥(11级)，+2敏捷手套(12至16级)，稳定戒指(12级)，灵容[5](13至16级)，自由意志项圈(13级)，+2防御护腕(14至20级)，&消解灵能&灵杖(14至15级、18 级)，次级抗火戒指(16级)，+2天生防御护符(17至20级)，反击灵皮(17级)，灵容[7](17至18级)，+4敏捷手套(17至18级)，+3天生防御护符(19至20级)，+6敏捷手套(19至20级)，灵容[9](19级)，+3抗力斗篷(20级)。

Measurement system for crystal fiber loss has been set up, an idea that single mode quartz fiber acts as the coupler of crystal fiber incident light has been put forward. The propagation loss of the cladded crystal fiber is measured using this measurement system to be 14 times as low as that of the uncladded crystal fiber, and the transmission of low order modes has been realized in the cladded crystal fiber.

利用激光加热基座法生长出了不同直径、不同晶向的LiNbO〓和Nd：MgO：LiNbO〓单晶光纤；根据熔区质量守恒和热量守恒方程解析了生长速度、速度比和激光功率对晶纤内部显微缺陷和直径波动的影响，提出通过控制激光功率和速度比来维持熔区形状的稳定，以实现高品质晶纤的稳定生长。

In the United States, chronic alcoholism and hepatitis C are the most common ones.

在美国，慢性酒精中毒，肝炎是最常见的。

If you have any questions, you can contact me anytime.

如果有任何问题，你可以随时联系我。