热释光剂量计

根据两种热释光剂量计在相同的条件下实际测量的实验结果，前者比后者偏低10.74%，也表明该影响明显存在。

The experimental result measured actually under the same condition according to two kinds of TLD , the former is lower by 10.74 % than the latter , this indicate the influence obviously exists .

Mg2SiO4（Tb）环境热释光剂量计

Mg_2sio_4 ( tb ) environmental TLD

LiF热释光剂量计对49.3MeV/u~（12）C离子束辐射的剂量响应初步研究

Preliminary research on dose repe of LIF thermoluminescence dosimeter to irradiation of 49.3MeV/u carbon ion beam

用LiF（Mg，Cu，P）热释光剂量计对北京市75所医院4383例各种X线诊断检查受检者进行体表照射量及其分布的监测；测试医用诊断X线半值层和平均照射条件；

Body surface exposure and its distribution were randomly studied in 4383 patients during X-ray diagnosis in 75 hospitals in Beijing .

应用高灵敏LiF（Mg，Cu，P）热释光剂量计测定中国1988年科学实验卫星中低LET辐射剂量

Measurement of low-LET radiation dose aboard the Chinese scientific experiment satellite ( 1988 ) by highly sensitive lif ( mg , cu , p ) tl chips

LiF热释光剂量计高剂量测量方法的研究

High dose dosimetry by LIF thermoluminescence dosimeter

CaSo4（Tm）热释光剂量计的应用

Application of CaSO_4 ( Tm ) TLD

目的探讨GR100T/GR200A双元件热释光剂量计（TLD）在个人剂量监测中的实用性。

Objective To study the practicability of GR-100T / GR-200A double-element thermoluminescence dosimeter used in personal dose monitoring .

本文介绍了热释光剂量计（TLD）用于核设施环境累积剂量的测量以及所采取的质量控制措施。

The paper presents the measurements and its quality control of environmental col-lective dose of nuclear facilities by TLD .

两批LiF（Mg、Cu、P）热释光剂量计对大亚湾核电站环境监测的结果产生了15%的差异。

The difference of environmental monitoring results of two batches of LiF ( Mg , Cu , P ) glass pipe dosimeters in Daya Bay Nuclear Power Station is ( 15 % . )

目的：测量目前广泛使用的一种高灵敏度的热释光剂量计GR-200（LiF（Mg，Cu，P））的临床剂量学特性，探讨测量和临床使用方法。

Objective : Measured a high intensity Thermoluminescence dosimetry GR-200 ( LiF ( Mg , Cu , P )) which is used widely currently , discuss the method of the measurement and the clinical use .

目的：采用成都仿真人体盆腔模型及LIF（Mg.Cu.P）热释光剂量计（TLD）验证宫颈癌腔内后装治疗三维剂量分布的可行性。

AIM : To investigate the feasibility of checking the 3D-dose distributions of intracavitary brachytherapy for cervical cancer patients by thermoluminescent dosimeter ( TLD ) [ LIF ( Mg . Cu . P ) ] in an anthropomorphic pelvic phantom .

临床剂量学研究了输出因子，表面剂量，90%剂量区域、X线污染、剂量剖面分布及热释光剂量计（TLD）患者受照剂量监测等。

Clinic dosimetry has been investigated for the output dose factor , the surface dose , the 90 % area , the x-Ray contamination , radiation leakage from the equipment , and beam profiles in each cone . TLD was also monitored for patients .

本文应用热释光剂量计，测定了CT-W500（日立）全身扫描机在多层和单层扫描时受检者的体表剂量分布。

The distribution of surface exposures in patients undergoing single and multiple computerized tomographic brain scans with Hitachi CT-W500 was measured by LiF ( Mg , Ti ) thermoluminescent dosimetry .

用热释光剂量计测量景泰兰产品的表面剂量率

Determination of surface dose rate for Cloisonne using thermoluminescent dosimeters

用包镉热释光剂量计测量热中子剂量当量

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

热释光剂量计是一种新型的固体剂量计。

Thermoluminescent detector ( TLD ) is a new solid state dose meter .

利用热释光剂量计的γ射线剂量比对测量

Measurement of γ - Ray Dose Intercomparison Using TLD

热释光剂量计在中子场的刻度和应用

Scale and Application of Thermoluminescent Dosimeters in Neutron Field

环境热释光剂量计的自辐照与温度效应

Self-irradiation and temperature effect of environmental thermoluminescent dosimeter

热释光剂量计能量响应特性研究

Study of energy response of luminescence dosimeter

氟化锂热释光剂量计但也无法解释这道光。

Lithium fluoride thermoluminescence dosimeter His son had no explanation for the light , either .

影响热释光剂量计定度系数的因素

Factors Influencing Calibration Coeffecient of TLD

放射光致发光剂量计氟化锂热释光剂量计

Lithium fluoride thermoluminescence dosimeter

用热释光剂量计进行直肠内剂量测量是预测直肠并发症发生率的良好指针。

In vivo dosimetry using TLD during HDR intracavitary after-loading brachytherapy is a good predictor of late rectal complications .

热释光剂量计用于核设施环境累积剂量的测量与质量控制

MEASUREMENTS AND ITS QUALITY CONTROL OF ENVIRONMENTAL COLLECTIVE DOSE OF NUCLEAR FACILITIES BY TLD Environmental radon concentration measurement using ultrathin CaSO_4 Tm TLD

在本研究中，样品的自然累积剂量和α、β、γ以及宇宙射线的年剂量全部用热释光剂量计测量。

In this method all the natural accumulated doses and the annual doses of α,β,γ and cosmic rays are measured by the TLD .

介绍了参加环境热释光剂量计测量比对的测量结果。

The results of " Comparison of TLD Measuring for Environment ", which were attended by many domestic department in 2005 , were introduced in this paper .

主要包括以下几个方面：电子个人剂量仪，中子剂量仪，塑料闪烁纤维辐射探测器，氡子体监测仪，环境监测仪器及热释光剂量计等。

It consists of several parts : Electronic Personal Dosimeter , Neutron Dosimetry , Radon Progeny Monitor , Environment Monitor instrument , Plastic scintillation fiber and TLD dosimeter .

这种方法两次实际用于强脉冲混合辐射场中子、γ吸收剂量测量，得到的结果和热释光剂量计的测量结果进行了比较，在±25%的误差范围内一致。

The method has been twice applied to measurement of neutron and γ absorbing dose in the mixed radiation field . The results obtained with this method are in agreement with the experimental results of the thermoluminescence dosimeters within the range of deviation ± 25 % .