内剂量,Internal dose
1)Internal dose内剂量
2)intarget dosage靶内剂量
3)Internal Dose内照射剂量
英文短句/例句

1.INTAKE ESTIMATION AND DOSE ASSESSMENT OF ~(90)Sr、~(137)Cs AROUND QNPP BASE秦山核电基地外围~(90)Sr、~(137)Cs公众摄入量估算及内照射剂量评价
2.Estimation of the internal radiation absorbed dose of ~(99m)Tc-DTPA-DG人体~(99m)Tc-DTPA-DG内照射辐射吸收剂量的估算
3.Study on Dosimetry of Intravascular Brachytherapy for Restenosis of Coronary Artery;冠状动脉腔内再狭窄近距离照射剂量学研究
4.areal dose monitor照射面积剂量监视器
5.long continued irradiation小剂量的长时间照射
6.ESTIMATION ON THE INDOOR RADIOACTIVE LEVEL AND EXPOSURE DOSE IN AN OFFICE BUILDING OF A UNIVERSITY IN TANGSHAN CITY唐山市某高校办公楼室内放射性水平与照射剂量估算
7.Study on FTIR of Ec9706 after X-ray radiationwith different doses不同剂量X射线照射Ec9706细胞的FTIR研究
8.CONCLUSION:Intravascular low dose He Ne laser irradiation has protective effects to cerebral ischemia of rats.结论:低剂量氦氖激光血管内照射对大鼠脑缺血有保护作用。
9.The exposure dose-effectiveness of γ irradiation on killing the plasmodium in mice red blood cells不同剂量γ射线辐照对小鼠红内期疟原虫杀伤作用的研究
10.In the acute exposure group,fertilization time was 140 days after irradiation with 2.OGy,and the spermatogonia were mainly injured.2.2.2慢性照射:着床前死亡率与照射剂量呈正相关。
11.Exposure meters and dosimeters General methods for testing?照射量计和剂量计的一般试验方法
12.The Measurement and Analysis of MSCT s Radiation Dosage;多层螺旋CT受照射剂量测量与分析
13.The maximum load dosage was 160.89 rad.超剂量照射人员中,最大累积吸收剂量为160.89拉德。
14.EXTERNAL DOSE DISTRIBUTIONS OF EXPOSURE TO NATURAL URANIUM SLAB FOR CALIBRATION OF BETA ABSORBED DOSEβ剂量刻度用的天然铀块外照射剂量分布
15.DDOSE-EFFECT RELATIONSHIPS IN MOUSE SMALL INTESTINE IRRADIATED WITH HIGH DOSES OF γ-RAYS小鼠小肠大剂量γ线照射的剂量-效应关系
16.Thus, doses of radiation to the bladder and rectum can be limited.因此,照射膀胱和直肠的剂量就更少。
17.The Measurement and Analysis of the Dosimetry of Total Skin Electron Irradiation电子束全身皮肤照射剂量测定和分析
18.Dose Levels of Medical Exposure from Diagnostic X-ray Examinations in 2007 in Shanghai上海市2007年X射线诊断的医疗照射剂量水平
相关短句/例句

intarget dosage靶内剂量
3)Internal Dose内照射剂量
4)bone dose骨骼剂量,骨内剂量
5)Estimation of Internal Dose内照射剂量估算
6)Internal Dosimetry)内照射剂量学
延伸阅读

靶内剂量分子式:CAS号:性质:即靶向给药时根据不同的给药方式和部位而拟定的给药剂量。靶向给药可减少给药剂量,可降低药物的毒性。如脂质体作为抗癌药物载体量,脂质体包裹的阿霉素比游离药物的毒性降低50%~70%。作为抗寄生虫药物载体时,脂质体以游离药物的1/1000的剂量即可治愈利什曼病。作为抗寄生虫药物载体时可提高抗菌效果。如青霉素G脂质体制成眼用制剂时,局部透过角膜的能力大于单纯药物4倍,且只用原剂量的1/10,即具透过角膜的作用。