微波/治疗应用,Microwaves/therapeutic use
1)Microwaves/therapeutic use微波/治疗应用
2)microwave/therapeutic use微波/治疗应用
3)Microwave/Doctor apply微波治疗应用
4)Microwave therapy微波治疗
1.The effect evaluation of microwave therapy for vocal cord polyp with laryngofiberscope and prop-up laryngoscope;纤维喉镜与支撑喉镜下微波治疗声带息肉的效果评价
2.Effect of microwave therapy through fibrobronchoscope on tumor stenosis;经纤维支气管镜微波治疗在恶性气道狭窄中的应用
3.Treatment of central type bronchogenic pulmonary carcinoma with microwave therapy through fibrobronchoscope;经纤支镜微波治疗中心型支气管肺癌
英文短句/例句
1.Effect Observation of Chronic Hypertrophy Pharyngitis Using Microwave Cure微波治疗慢性肥厚性咽炎的疗效观察
2.Clinical Observation on Microwave Treating Hemorrhage in Little"s Area of Nasal Septum微波治疗鼻中隔Littles区出血的疗效观察
3.Effect of microwave on 60 uric tract condyloma acuminata微波治疗尿道尖锐湿疣60例疗效观察
4.STUDY ON TREATMENT OF HEPATIC CANCER IN LATER PERIOD WITH EMBE-DED MICRWAVE植入式微波治疗晚期肝癌78例探讨
5.The Circuit System Design and Study on Temperature Measurement for Microwave Hyperthermia Apparatus;微波治疗仪电路设计与温度测量研究
6.CT-guided Percutaneous Microwave Coagulation Therapy for Peripheral Lung CancerCT引导经皮穿刺微波治疗周围型肺癌
7.Clinical Analysis on 156 Cases of Cervical Erosion Treated by Microwave微波治疗宫颈糜烂156例临床分析
8.The clinical observation on the effect of microwave therapy for 138 cases with cervical erosion微波治疗宫颈糜烂138例临床观察
9.The clinical observation of306cases with chronic cervicitis treated by microwave;微波治疗慢性宫颈炎306例临床疗效观察
10.The Effectiveness of Stomach Mucous Membrane Prolapse by Microwave Burning Under Endoscope;内镜下微波治疗胃粘膜脱垂的疗效分析
11.Observational study on the effects of treating advanced NSCLC usingTP chemotherapy and microwave thermotherapy微波热疗联合化疗治疗晚期NSCLC疗效观察
12.The Experimental Studies on Microwave Tissue Coagulation of Hemorrhoids and Developing Microwave Needles微波凝固治疗痔的实验研究与微波针的研制
13.Microwave heating-coagulation therapy for chronic tonsillitis微波热凝术治疗慢性扁桃体炎128例
14.MICROWAVE LOCAL HYPERTHEIMIA USED IN 60 CASES?OF ORAL AND MAXILLOFACIAL REGION CARCINOMA微波局部加热治疗口腔颌面部癌60例
15.MICROWAVE SURGERY ON 185 PATIENTS WITH DISEASES OFTHE EAR,NOSE AND THROAT用微波手术治疗耳鼻咽喉疾病185例
16.A clinical observation of the treatment of chronic cheilitis with MEBO and microwave微波和湿润烧伤膏联合治疗慢性唇炎
bined PMCT and TACE in the Therapy of Hepatocellular Carcinoma经皮穿刺微波凝固联合TACE治疗肝癌
18.Treatment of Herniation of Lumbar Intervertebral Disc with Microstrip-Microwave Antenna and Traction微带天线微波加牵引治疗腰椎间盘突出症
相关短句/例句
microwave/therapeutic use微波/治疗应用
3)Microwave/Doctor apply微波治疗应用
4)Microwave therapy微波治疗
1.The effect evaluation of microwave therapy for vocal cord polyp with laryngofiberscope and prop-up laryngoscope;纤维喉镜与支撑喉镜下微波治疗声带息肉的效果评价
2.Effect of microwave therapy through fibrobronchoscope on tumor stenosis;经纤维支气管镜微波治疗在恶性气道狭窄中的应用
3.Treatment of central type bronchogenic pulmonary carcinoma with microwave therapy through fibrobronchoscope;经纤支镜微波治疗中心型支气管肺癌
5)Microwave treatment微波治疗
1.Clinical observation of the treatment of chronic cheilitis with the combination of the wet application of traditional Chinese medicine and microwave treatment;慢性唇炎中药湿敷联合微波治疗的临床疗效观察
2.ResultsMicrowave treatment was prominenced discrepancy in levels of IL-8 and TNF-α(P<0.目的:观察微波治疗对慢性非细菌性前列腺炎(PS)/慢性骨盆疼痛综合征(CPPS)患者前列腺液(EPS)中白细胞介素8(IL-8)及肿瘤坏死因子α(TNF-α)水平的影响。
3.Objective: To detect the changes in IL-8 AND TNF-α levels in prostatic secretions of chronic nonbacterial prostatitis/chronic pelvic pain syndrome patients subject to microwave treatment.目的:观察微波治疗对慢性非细菌性前列腺炎/慢性骨盆疼痛综合征(CPPS)患者前列腺液(EPS)中白细胞介素8(IL-8)及肿瘤坏死因子α(TNF-α)水平的影响。
6)Microwave[英]["ma?kr?we?v][美]["ma?kr?"wev]微波治疗
1.Ultrasound guided percutaneous microwave coagulation therapy for liver carcinoma:32 cases clinical analysis;超声引导经皮微波治疗肝癌32例临床分析
2.Clinical experiment of zhi-kang capsule combined with microwave in the treatment of nose-bleeding;致康胶囊联合微波治疗鼻出血
3.Investigation on the Replase Prevention in Condyloma Acuminata by the Treatment Combine TCM withMicrowave Therapy;中药外用联合微波治疗尖锐湿疣101例疗效观察
延伸阅读
微波应用微波的主要特点是它的似光性、穿透性和非电离性。似光性指它与频率较低的无线电波相比，更能像光线一样地传播和集中；穿透性指它与红外线相比，照射介质时更易深入物质内部；非电离性指它的量子能量还不够大，与物质相互作用时虽能改变其运动状态，但还不足以改变物质分子的内部结构或分子间的键。微波的应用主要是利用它的这些特点。微波的最重要的应用是雷达和通信。此外，在工农业生产、科学研究、医学、生物学以及人民生活等方面都有广泛的应用。在工农业生产上的应用主要包括测量和加热两个方面。测量属于弱功率应用，利用微波可以测量包括温度、湿度、厚度、速度、长度等各种非电量，其特点是测量设备不需要与被测量的对象接触(非接触式测量)，特别适宜在生产流水线上连续监测并进行实时自动控制。例如，在钢铁工业中用微波测量炉温、料面深度、钢板厚度，以及测量并控制吹氧炼钢中氧枪与钢水液面之间的距离等。用微波测量钢板厚度要比用γ射线测量更为优越，其测量精度不受钢板化学成分的影响，且一般不必采取辐射防护措施。其他应用还有：在石油工业中测定石油的微小含水量；在造纸和纺织业中测量和控制纸张或织物中的水分；在机械铸造业中测定和控制型砂中的含水量等。专门制造的微波水分仪可用于测量谷物、土壤、木材、烟草、药品和墙砖等各种介质材料的含水量。利用微波的法拉第效应，可以测量几十万伏超高压输电线上的电流。微波在工农业生产上的另一类应用──加热，属于强功率应用，例如可以产生微波等离子体，在大规模集成电路中刻蚀亚微米级的精细结构和制造光通信所需要的高纯度光纤；可使包装好的食品进行消毒或使冷藏食物解冻；可对高分子化合物进行热定形；可用于干燥食品、木材、纸张及电影胶片等涂膜材料等（见微波能应用）。家庭用微波灶也已得到应用，其性能日趋完善。微波遥感配合可见光遥感和红外遥感是探测大地、普查地球资源、测绘地形地物、监视农作物的生长，以及侦察军事目标等的主要手段。与可见光和红外遥感相比，微波遥感的特点是能够全天候工作，但所得图像的空间分辨率较低（见微波遥感器）。
