DQE

Application of DQE method in plate vibration problems

DQE方法及其在平板振动分析中的应用

Measurement of the Detective Quantum Efficiency ( DQE ) for Digital X-ray Imaging Devices

数字X射线成像设备DQE的测试

The DQE Method for Analyzing the Nonlinear Buckling of Tubular Under Radial Constraints

受径向约束管柱非线性屈曲的DQE法

The DQE is already widely used by manufacturers to describe the performance of their digital X-ray imaging device .

DQE已经广泛的被制造商用于描述其数字化X射线成像装置的性能。

In this paper , the testing conditions and computing formula of DQE is presented for digital X-ray imaging devices .

本文论述了描述X线数字成像设备性能的参数&量子检出效率（DQE）的测试条件和计算公式。

The II / TV DQE drops at higher dose range due to fixed pattern noise and CCD shot noise .

而影像增强器电视系统的DQE在较大范围内下降是由于混合性的图像噪音及CCD的SHOT噪音。

The detective quantum efficiency ( DQE ) can be used to accurately describe the image noise transfer characteristics through many imaging systems .

检测量子效率（DQE）可被用来精确描述图像噪声通过成像系统的传播特性。

The DQE and QAD of a system are evaluated as an illustrative example .

并针对一个实例，计算了系统的DQE曲线及量子统计曲线（QAD）。

The effects of device temperature on the laser threshold current , external differential quantum efficiency ( DQE ), and output wavelength are also investigated .

研究了器件温度对于激光阈值电流、外微分量子效率和输出波长的影响。

Generic Nonlinear Modelling of Restrained Steel Beams at Elevated Temperatures The DQE Method for Analyzing the Nonlinear Buckling of Tubular Under Radial Constraints

高温下受约束钢梁的一般非线性模型受径向约束管柱非线性屈曲的DQE法

Results show a DQE of the flat detector this is higher compared to II / TV and , above all , constant over a wide dose range .

结果：首先，在一个相对大的范围内，FD的量子转换效率（DQE）较影像增强器电视系统高。

There is growing consensus in the scientific world that the detective quantum efficiency ( DQE ) is the most suitable parameter for describing the imaging performance of an X-ray imaging device .

在科学界日趋一致的意见是量子探测效率（DetectiveQuantumEfficiency，DQE）是描述x射线成像装置成像性能的最适合的参数。

This paper discusses the limitations of traditional evaluation standard for digital medical images , and points out the reasons to select DQE as the new one . The differences of the two standards are compared and analyzed .

讨论了传统的数字化医学影像质量评价标准的局限性，指出了采用量子效率（DQE）来作为数字化影像质量评价标准的理由以及对比了新旧标准对数字化影像质量评价所产生的主要差异和优劣。

DQE construction process model was also put forward based on quality tools method and Case-based Reasoning ( CBR ) method . The model construction process was divided into two stages : DQE model configuration process and DQE model confirmation process .

应用质量工具方法和基于案例的智能支持方法等，构建了评估体系模型的过程模型，将评估体系模型的构建过程分为2个阶段：评估体系模型的配置过程及评估体系模型的优化确认过程。