本文是建立在KDP晶体快速生长方法基础之上。
This paper is based on the fast growth method of KDP single crystal.
利用接种生长方法研究了TATMP对过饱和溶液中碳酸钙晶体生长速度的影响。
The effect of TATMP on the growth rate of calcite crystals in supersaturated solutions is studied with seeded growth technique.
应用等组分晶体生长方法 ，研究了牙本质晶、羟基磷灰石、釉质晶脱矿动力学。
The constant composition method was used to study the kinetics of demineralization on dentine crystal, hydroxylapatite and tooth enamel.
针对红外图像的特点，提出了一种综合应用边缘检测和区域生长方法的图像分割方法。
An image segmentation method based on edge detection and region growing is proposed in view of the features of IR image.
着重阐述了本文所涉及的ZnO薄膜的生长方法——激光脉冲沉积法的原理及其方法。
We introduced emphatically the principle and method about pulsed laser deposition, which was adopted in our work.
本文全面综述了该晶体的物性与电光性能，以及多晶原料的合成与单晶的生长方法和其应用前景。
The optical, physical and electro-optical properties of ZGP single crystal, and its synthesis, growth and applications were described in detail.
主要结合各种基于光 束调制和光刻技术的人工控制超级横向生长方法，讨论了获得大晶粒尺寸优质多晶硅薄膜的途径。
Approaches to enlarging poly-Si film grain size are discussed, with emphasis on existing optics-based and lithography-based artificial controlled super lateral growth(AC-SLG) methods.
该算法将边缘检测应用于区域生长规则中，充分发挥了边缘方法和区域生长方法两者的优点，实现了三维曲面边界的精确定位。
In this way, this proposed algorithm takes merits of the combination of edge detection and region growth to realize the accurate boundary location of 3d curved surface.
本文对蚝油中存在的白点进行分析、检验，确定为芽孢杆菌属，并从蚝油的含盐量、煮制温度、灭菌时间等方面去探讨抑制芽孢杆菌的生长方法。
This paper reported white points in oyster cocktail, defined the bacillus. By the test analysis of salinity, temperature and sterilization, studied the technology of bate bacillus.
该专题主要讨论在实验室内如何创造仿生条件用于刺激组织生长的方法。同时介绍了非损伤性成像技术在监测组织生长方面的应用。
Advanced approaches for creating biomimetic conditions in the laboratory that stimulate growth of tissues will be discussed. Non-invasive imaging techniques to monitor tissue growth will be described.
为了完善作物形态结构动态模型建立的方法，在基于生长方程理论建模的基础上，提出了可控式模型的建立方法。
To improve methods on crop structure dynamic model, the paper put towards controllable structure model on the base of growth function.
肺腺癌的生长方式对预后有重要影响，已成为该肿瘤的一种新型分类方法。
Growth patterns of pulmonary adenocarcinoma (ADC) have high prognostic impact and are accepted as a novel classification system for this entity.
肺腺癌的生长方式对预后有重要影响，已成为该肿瘤的一种新型分类方法。
Growth patterns of pulmonary adenocarcinoma (ADC) have high prognostic impact and are accepted as a novel classification system for this entity.
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