thermal dose

The mechanisms and optimal parameters of rapid thermal annealing of high dose implanted silicon, fabrication of shallow PN junctions, formation of silicide, reflow of BPSG and RTN of ultrathin oxide films have been discussed from a comprehensive point of view.

包括：RHT设备，高剂量注入硅的RTA机理与最佳RTA条件选择，以及浅PN结制造，硅化物形成，BPSG回流和薄氧化层的快速氮化等RTP技术。

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A Study on the Thermal Dose in Two Series Patients of Esophageal Cancer Treated by Intracavitary Microwave Hyperthermia Combined with Radiation and Chemotherapy

两组食管癌放疗，化疗及热疗（三联）的热剂量比较

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Research on Rapid Thermal Annealing of High Dose Ge~+ Implantation into Silicon

硅中高剂量锗离子注入的快速热退火研究

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The Impact of Large Blood Vessel Location on Thermal Dose Distribution during Focused Ultrasound Surgery for Hepatic Tumor Ablation

聚焦超声消融肝癌时大血管位置对热场分布的影响

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The thermal dose analysis on esophageal cancer treated by intraluminal microwave hyperthermia combined with radiation

食管癌腔内微波加温合并放疗的剂量研究

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This study investigate both the different local effect of ultrasound treatment in different thermal dose on tumors and its cancer ablation mechanism, with the investigation the effect of HIFU treatment on systemic anti-neoplastic immunity.

本课题在研究不同热剂量超声热疗的局部效应及机理的同时，着重探讨HIFU治疗对机体抗肿瘤免疫功能的影响，以期为HIFU技术应用于临床治疗提供理论依据。

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Conclusion Thermal dosage should be regarded as a key factor during ultrasound hyperthermia, otherwise too low thermal dose might promote the growth of malignant tumour.

结论热剂量在超声波热疗中应被看作是一极其关键的因素，热剂量过小反而可促进肿瘤的生长。

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Measurement of thermal neutron dose equivalent with a TLD wrapped in cadmium

用包镉热释光剂量计测量热中子剂量当量

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Objective To ascertain a clinically meaningful thermal dose unit temperature equivalent minute ( TEM) 42.5 ℃ and the relationship between TEM 42.5 ℃ and tumor response rate.

目的采用温度当量分（TEM42.5℃）作为热剂量单位，评价其与肿瘤缓解率之间的关系，找出适合临床应用的热剂量单位。

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