The inhibitor released from the reaction of DIR or DIAR coupler with QDI decreases the development rate of silver halide grams, so it controlled the formation rate of QDI.

The application of three DIAR couplers in color negative film is studied, and the data of sensitivity, fog, particularly, reduced graininess, improved interlayer effect have been obtained.

对3个DIAR成色剂在彩色负片中的应用进行了研究，得到了它们对感光度、灰雾影响的数据，特别是得到了它们在降低颗粒度和改善层间效应方面的数据。

Kinetics of the development inhibitor releasing coupler in the color imaging process ⅰ. the reaction of dir and DIAR coupler with QDI in gelatin layer

释放显影抑制剂型成色剂在彩色影像形成过程中的动力学研究Ⅰ.在明胶层中DIR和DIAR成色剂与QDI反应的动力学

, disclosed in Oct. 1991 a new generation of DIAR couplers.

Lau于1991午10月提出的新一代的DIAR成色刑的结构（？）

The relationship between molecular structures of the DIAR couplers and photographic characteristics is also discussed.

并探讨了DIAR成色剂分子结构和照相性能的关系。

The Application study of DIAR Couplers in Color Negative Film

DIAR成色剂在彩色负片中的应用研究

With the run time increasing, however, DIBK formation rate from MIBK and isopropanol condensation dehydration has an obvious drop, though isopropanol dehydrogenation rate and MIBK formation rate from isopropanol and acetone condensation dehydration are still relatively steady.

但随运行周期的延长，尽管其脱氢能力和对异丙醇与丙酮缩合脱水生成MIBK的能力相对稳定，但对MIBK与异丙醇缩合脱水生成DIBK的能力明显降低。

A small quantity of acetone in feed material is advantageous to the increase of the catalyst activity, selectivity of MIBK and DIBK, but excess acetone will make against the synthesis reaction process.

反应物相中少量丙酮的存在有利于催化剂活性、MIBK和DIBK选择性的提高，但过量丙酮的存在对合成反应不利。

A threshold voltage model for short-channel MOSFET is developed by solving a 2-D Possion's equation. The derived DIBL factor can be used to analysis the influence of the parameters on short-channel effects.

通过求解二维泊松方程推导了一个简洁的短沟道MOS的阈值电压模型，得到的DIBL因子可用于分析参数对短沟道效应的影响。

The DMG structure coupling with the insulator halo, the threshold voltage roll-off and drain-induced-barrier-lowering ( DIBL) decrease and the sub-threshold characteristics have been improved.

由于DMG结构和介质Halo的相互耦合，阈值电压漂移和漏致势垒降低（DIBL：Drain-Induced-Barrier-Lowering）减小，亚阈值特性得到改善。

Compared with the traditional planar MOSFET's, MOSFET's with novel structures have better performance, such as improved SCE, ideal DIBL and sub-threshold slope, as well as higher driving ability.

和传统平面结构MOSFET相比，新结构MOSFET具有更好的性能（如改善的沟道效应（SCE），理想的漏诱生势垒降低效应（DIBL）和亚阈值特性）和更大的驱动电流等。

The subthreshold slope is 69mV/ decade, and it almost has no DIBL effect.

其亚阈值斜率只有69mV/decade，而且几乎没有DIBL效应。

Furthermore, the impacts of the drain voltage is introduced in the model to include the drain induction barrier lower ( DIBL).

此外，还考虑了漏电压的影响，并对阈值电压的解析模型进行了修正，重点研究了漏致势垒降低效应（DIBL）。

The surface potential model in the deep submicrometer FD device is presented by introducting some new parameters to describe the DIBL effect.

通过引入新的参数，对公式进行修正，建立深亚微米全耗尽器件的表面势模型，能够很好地描述漏感应势垒降低效应。

We discussed the influence of channel-length modulation effect and DIBL effect to temperature behavior of source-drain current, gave a expressions for studying the temperature characteristic of source-drain current, and deduced a ZTC point expression.

研究了沟长调制效应和漏致势垒降低效应对漏源电流温度特性的影响，给出了一个用于研究漏源电流温度特性的电流公式；

Structural Design and Application of Reinforced Earth Retaining Wall Based on DIBt Method

基于DIBt法的加筋土挡墙结构设计及应用

A new digital image correlation method ( DICM) measurement is utilized to investigate the thermal expansion coefficient of the far-infrared ceramic coated the semiconductor galvanothermy membrane.

本文采用一种新的数字图像相关方法测量带有半导体电热膜的远红外陶瓷热胀系数。

The primary objective of this study is to demonstrate the feasibility of measuring intersection angle of the steel stiffening ring connection using the digital image correlation method ( DICM).

连接的转角是其研究的重要指标，因此连接转角测试方法的实用性和有效性对连接工作性能研究的深入开展有非常重要的影响。

Digital image correlation method ( DICM) has played a decisive role in the field of mechanical testing, as a kind of precise optical measurement method by computer-aided testing.

数字图像相关法作为一种精密的计算机辅助光学测量方法，在力学测量领域中扮演着举足轻重的角色。

Both highly sensitive digital image correlation method ( DICM) and microscopy technique are combined to measure displacement and strain fields in minor region on body surface.

将数字相关图象测量方法和显微技术结合起来，实现了物体表面位移和应变的细观测量。

Such a testing method for dynamic MEMS characterization measurement is presented, which is based on digital image correlation method ( DICM) and high-speed imaging technique.

基于高速图像采集技术和数字图像相关方法，提出了一种用于MEMS动力学特性测试与研究的时间序列数字图像相关方法。