WATS

Old spirit houses are often left by sacred trees or at wats .

老精神房子由神圣的树经常离开或在。

Application study of T_1W / WATS series of MRI in the adrenal diseases

MRI中T1W/WATS/FFE序列在肾上腺疾病中应用价值的探讨

Everyone wats to know who Pascal Lemarchal

大家都想知道帕斯卡.勒马尔查尔

In recent years WATS is facing the reformation in terms of hardware and software with rapid the technology progress in microelectronics and microprocessor .

近年来，随着微电子集成电路及高性能处理器技术的迅猛发展，预示着自动测试领域正面临着一场从硬件到软件的新变革。

Objective : To study the T_1W / WATS / FFE series of MRI applied in the diagnosis of adrenal diseases .

目的：探讨MRI中T1加权选择水激励梯度回波成像（T1W/WATS/FFE）序列在肾上腺疾病检查中的应用价值。

WATS ( weighted average total strain ) is adopted as criterion in comparing mixing capability of screw extruder with that of static mixer .

本文以WATS为标准比较螺杆挤出机与静态混合器的混合能力。

" I 'll have to check ," he said . " We have a WATS line to Mailer 's house . "

“得查一下。”他说，“我们和梅勒家经常电话联系。”

With the residence market from quantity wats to both quantity and quality wat , this paper discusses the new concepts about the residence in China in21st century .

随着住宅市场由数量型需求转向数量型与质量型需求并存，21世纪中国居住将会有一些新概念。

Wide Automatic Test System ( WATS ) combines the technology of measurement , computer and communication , so its development is always related to the newest progress of Information Technology ( IT ) .

广域自动测试系统是测控技术、计算机技术、通信技术的融合，因而它的发展总是和信息技术的最新进展紧密地联系在一起。

In WATS , each level of testing should be not type Test Agent management , a high-level Test Agent can create low-level Test Agent , and ask them to complete the corresponding low-level testing .

在WATS中，每一种层次的测试都应该被不同类型的TestAgent进行管理，一个高层次的TestAgent能创建低层次的TestAgent，并要求它们完成相应的低层次的测试。

Methods : Two hundred and eleven cases suspected renal diseases diagnosed by CT and ultrasonic technique were underwent MRI T1W / WATS / FFE sequence , and the image feature were analyzed .

方法：对临床拟诊和CT及超声检查后诊断为肾脏病变的211例患者，应用MRI中T1W/WATS/FFE序列进行扫描，分析该序列在肾脏疾病成像中的特点。

Methods To sample the raw data by using T 1W / 3D / WATS MR technique with thin slab . The TMJ model was reconstructed with Matlab scientific calculation software and Ansys 3D finite element software .

方法利用超薄层磁共振T1W3DWATS成像技术对模型进行数据采样，采用Matlab大型科学计算软件及Ansys三维有限元专用软件建立颞下颌关节模型。

Methods : 44 cases with ( or suspected ) pancreas diseases diagnosed by CT and ultrasonic technique undergone MRI T 1W / WATS / FFE series , and the image feature were analysed .

方法：对临床疑胰腺疾病和/或经CT及超声检查后诊断为胰腺病变44例进行MRIT1W/WATS/FFE序列扫描检查，分析该序列在胰腺疾病成像中的特点。

Based on the analytical calculation of flow field in crescent shaped channel , the author derives the relationship curve of weighted average total strain ( WATS ), a measurement of mixing degree , against the channel 's geometrical parameters .

本文根据对月牙型凹槽的流场分析计算，得到作为混合程度量度之一的加权平均总应变（WATS）与凹槽几何参数之间的关系曲线。

Conclusion : The T1W / WATS / FFE sequence of MRI could clearly reveal the structure and the increased comparison with adjacent tissue and organs of renal , the process took little time but gave high quality of images which could satisfy the clinical application .

结论：MRI中T1W/WATS/FFE序列能很好地显示肾脏的结构，与周围组织和器官及病变对比度增加，扫描速度快成像时间短，图像质量高，能够满足临床的诊断要求。