薄层

IC离子注入工艺的薄层电阻等值图监控

Monitor of Ion Implantation in IC Process by Contour Map of Sheet Resistance

退火后利用四探针法测量薄层电阻变化，使用X射线衍射和微区拉曼光谱测量表征硅化物物相变化。

Sheet resistance of the silicide films were measured by four-point probe . X-ray diffraction and micro-Raman spectroscopy were employed to identify the silicide phases .

这些微小的能够承栽细菌的薄层被称为生物薄膜，它们常见于大多数表面上和物体上。

These microscopic layers of deposits containing bacteria are known as biofilms and they are found on most surfaces and objects .

并用薄层层析法和柱色谱技术进一步分离提取物中的银杏内酯B。

Ginkgolide B was isolated by TLC and colum chromatography .

拐枣果实中维生素B1与B2和B6的同时测定&薄层色谱荧光扫描法分析水溶性维生素初探

Simultaneous Determination of Vitamins B_1 , B_2 and B_6 in Fruits of Raisintree

薄层色谱ABC（4）&定性鉴定和定量测定

Thin-layer Chromatography A B C ( 4 ) ── Qualitative Detection And Quantitative Determination

薄层动态CT对胰腺癌的早期诊断

Dynamic Thin Slice CT Scan on the Early Diagnosis of the Pancreatic

对肾上腺区域进行非增强薄层CT扫描。

Unenhanced CT scanning of the adrenal glands were performed in all patients .

眼外肌薄层断面与MRI对照研究

Comparative study of thin sectional anatomy and MRI of extraocular muscles

薄层冠状倾斜CT对额窦引流通道的显示及意义

The demonstration and significance of frontal drainage channel with oblique coronal thin - section CT

结论（1）应用T1W/3D/WATS斜矢状位薄层MR扫描技术进行关节区扫描，获取更为准确的关节区解剖结构，提高了关节区三维模型的精度。

Conclusion ( 1 ) The 3D / WATSthin-layer MR scanning made the TMJ models more precise .

在AIN薄层和ZnO薄膜中都没有旋转畴的存在，而且，衬底N化工艺还可以控制薄膜的极性。

Furthermore , the polarity can be controlled by the substrate nitridation .

薄层应变的X射线衍射技术

X-ray diffraction for showing strain in surface layer

结果薄层CT具有较高的诊断符合率。

Results The coincidence rate of the diagnosis for teratoma was 100 % with thinner CT scanning .

方法显微鉴别法、薄层色谱法、HPLC法。

Methods Microscopic identification , TLC , HPLC were used .

方法：采用薄层CT扫描，对实验性兔肺栓塞进行不同时间间隔的影像学观察，并与病理进行对照分析。

Methods : Imageological and pathological changes of experimental pulmonary embolism in rabbits were observed at different interval .

摩擦基板间液晶薄层的MonteCarlo模拟

Monte Carlo Simulation of Liquid Crystal Film Between Rubbed Substrate

目的比较经皮穿刺肺活检与薄层CT检查对周围性肺结节的诊断价值。

Objective To evaluate the diagnostic precision of the peripheral lung nodules by percutaneous needle biopsy and thin-layer computer tomography .

目的在普通CT机薄层扫描图像中研究小肺癌的CT征象。

Objective To study the CT specialities of small lung cancer with the thin-section scan images by general CT machine .

薄层树脂相吸光光度法同时测定痕量Fe（Ⅲ）和Fe（Ⅱ）的研究

Study on the determination of trace iron (ⅲ) and iron (ⅱ) by thin resin phase spectrophotometry

薄层扫描法测定肾舒冲剂中人参皂甙R（g1）的含量

The Content Detection of Ginsenoside in Shenshu Diluent with Thin Layer Scan

笔者认为薄层CT扫描不但对腔隙性脑梗塞的诊断治疗有意义，而且对其他部位不易确定诊断的病变也能提供更多参考信息。

We think thin CT scan also can provide more usefUl informations for other parts focuses to be diagnosed more difficultly .

超声检查疑似肾上腺区肿瘤151例，增强薄层CT扫描发现肾上腺肿瘤267例。

Adrenal adenoma was discovered by computed tomography with thin coat screening in 267 patients and by ultrasonography in 151 patients .

6例出现假骨折病人行局部薄层CT扫描后显示假骨折线较X线片更加清晰。

Six patients who had pseudofractures underwent thin slice CT scan , which displayed pseudofracture line more clearly than plain film .

硅应力缓冲衬底上GaAs薄层转移探索

Explore of Transfer GaAs thin Layer onto Si Compliant Substrate

方法对26例颌面部外伤疑有颧骨、颧弓骨折患者进行螺旋CT薄层扫描和三维重建成像，并对结果进行分析。

( Methods ) 26 patients with zygomatic bone and zygomatic arch fractures were examined with thin_slice CT scan and 3D reconstruction .

结论：薄层斜冠状位MRI扫描是一种显示前交叉韧带解剖结构较好的方法。

CONCLUSION : Thin oblique coronary MRI scan method is a good way to show anatomic structure of ACL .

结论CT薄层扫描，骨窗和软组织窗同时观察是提高腰椎小关节退变诊断准确率的有效方法。

Conclusion Thin slice CT scanning and observation combined bone window with soft tissue window can accurately diagnose the degenerative changes within lumbar zygapophysis .

方法胸部损伤患者24例进行多层螺旋CT薄层扫描。

Methods Multi-slice helical lamellar scanning was performed in 24 patiens with thoracic injury which had been diagnosised through X-ray plain film or computer Tomography .

方法：取50具成人头颅标本，行冠状位、矢状位及水平位薄层CT扫描。

Methods : The pneumatization of sphenoid sinus of 50 cadaver heads was studied through thinner CT scanning with coronal , sagittal and axial position .