1)  CTB/CSO
CTB/CSO
2)  CT
CT
1.
Image processing for CT microscopic coreflooding experiments;
岩心CT微观驱替实验的图像处理研究
2.
Quantitative analysis of equivalent crack region in CT images of concrete;
混凝土CT图像中等效裂纹区域的定量分析
3.
Analysis of water migration in porous material using micro-CT during wetting;
多孔介质浸湿过程水分迁移的微CT分析
3)  Computerized Tomography
CT
1.
It was scanned by a multislice computerized tomography (CT) scanner with high-lighted landmarks.
目的:本研究旨在评价自主研发的基于三维CT图像的牙种植外科导航系统的精确度。
2.
In 2 patients, the examination of computerized tomography(CT) were negative, but the lumbar-centesis(LP) were positive.
结果表明 ,1 0例患者中 ,5例描述有爆裂样头痛 ,2例头颅CT检查阴性 ,经腰穿检查确诊。
3.
A technology measuring two dimensional phase space beams emittance by computerized tomography is introduced in the paper.
主要介绍一种利用CT法测量相空间束流发射度的技术,通过一系列二维相空间束流图像的计算机模拟重建,根据对相关计算结果的分析,表明该技术具有很高的测量精度,可以为研究束流传输、验证束流动力学理论提供所需的可靠束流相空间参数。
4)  computed tomography
CT
1.
Application of computed tomography guided percutaneous fine-needle aspiration biopsy in pelvic tumor;
采用CT导引下穿刺活检诊断骨盆恶性肿瘤
2.
The research of Computed tomography Predict The fragility for Urinary calculi;
CT能预测泌尿系结石易碎性吗?
3.
Pathological features of atrial isomerism and its diagnosis by computed tomography;
心房异构的病理表现及CT诊断
5)  Computer tomography
CT
1.
Objective To investigate the clinical value of computer tomography in the differential diagnosis of benign and malignant meningioma.
目的探讨CT在良恶性脑膜瘤鉴别诊断中的临床价值。
2.
2007,5 infants with PAS in Beijing children′s hospital were studied by X-rays,echocardiography,computer tomography(CT),and bronchoscopy.
方法回顾性分析北京儿童医院2006年1月-2007年5月收治5例婴幼儿PAS资料,采用X线胸片、超声心动图、CT、支气管镜等方法综合检查,其中4例有手术资料。
6)  computed tomography(CT)
CT
1.
Objective To discuss the computed tomography(CT)characteristics of gastro-intestinal stromal tumors(GISTs).
目的探讨胃肠道间质瘤的CT影像特征。
2.
Objective To reseach the value of X-ray and Computed Tomography(CT)in Congenital Megaureter.
目的:探讨X线与CT对先天性巨输尿管症的诊断价值。
参考词条
补充资料：CTB
分子式： H6B3N3H6；(BH2NH2)3
CAS号：

性质：低挥发性白色斜方晶体。键形结构。水平方向与垂直方向B-H键长平均值分别是111pm与108pm，B-N键长157.6pm。微溶于苯、二甲胺、二苯胺及苯酚，易溶于二甘醇二甲醚、醋酸、丙酮、乙腈、乌洛托品、液氨及二噁烷，不溶于冷水。在空气中较稳定，150℃下分解为硼氮烷与氢，加氢成NH3·BH3。可通过硼氮烷与过量氯化氢于-80℃时反应生成白色硼氮六环盐酸盐B3N3H6·3HCl，并在二甘醇二甲醚中用液氨冷却、氦气保护下与四氢硼酸钠反应而得。用作含硼功能材料。

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