放射治療計劃 的英文怎麼說

中文拼音 [fàngshèzhìliáojìhuà]
放射治療計劃 英文
radiation therapy planning
  • 放 : releaseset freelet go
  • 射 : Ⅰ動詞1 （用推力或彈力送出） shoot; fire 2 （液體受到壓力迅速擠出） discharge in a jet 3 （放出） ...
  • 治 : Ⅰ動詞1 （治理） rule; administer; govern; manage 2 （醫治） treat （a disease）; cure; heal 3 （...
  • 療 : 動 （醫治） cure; treat; recuperate
  • 計 : Ⅰ動詞1 （計算） count; compute; calculate; number 2 （設想; 打算） plan; plot Ⅱ名詞1 （測量或計算...
  • 劃 : 劃動詞1 （撥水前進） paddle; row 2 （合算） be to one s profit; pay 3 （用尖銳的東西在別的東西上...
  • 放射 : radiate; emit; blas; radiation; emission; shooting; shedding; abjection; emanation; effluence
  • 治療 : treat; cure; remedy
  • 計劃 : 1 （工作、行動以前預先擬定的內容和步驟） plan; project; programme; device; devisal; design 2 （做...
  1. Contemplating on the need of complete lymph node dissection and the use of interferon as an adjuvant therapy, we arranged preoperative lymphoscintigraphy which revealed dominant radio tracer uptake at axilla

    因計劃根除性淋巴結摘除及以干擾素做輔助治療，我們安排了術前淋巴閃爍檢查，並於腋下發現多數放射性追蹤劑。
  2. Objective to help the hospitals at all levels in china to realize imrt by adding the accurate location equipments and tps based on the existing general radiation therapy from research of the new method for static intensity - modulated radiation therapy

    摘要目的：通過靜態調強放射新方法的研究，使得各級醫院能利用現有普通放療設備，通過增加精確定位設備和計算機放射治療計劃系統，開展靜態調強放射治療。
  3. Tps treatment planning system

    放射治療計劃系統
  4. Medical electrical equipment - requirements for the safety of radiotherapy treatment planning systems

    醫療電氣設備.放射治療計劃系統的安全要求
  5. Design and implementation of real - time radiotherapy tps based on two - dimensional localization image

    基於二維定位圖像的實時放射治療計劃系統的設計與實現
  6. Iec 6208 medical electrical equipment - requirements for the safety of radiotheraphy treatment planning systems iec 62083 : 2000 ; german version en 62083 : 2001

    醫用電氣設備.放射治療計劃系統的安全要求
  7. With the development of science and technology, a radiotherapy planning system comes forth. it can assist physiatrists to accurately locate the tumors and design radiotherapy plans

    隨著科學技術的迅猛發展，出現了放射治療計劃系統，幫助物理師們更精確的給腫瘤定位並作出放療計劃，有效的殺死腫瘤。
  8. ( 3 ) complete partial function of dicom rt, including rt image, rt structure set and rt plan and implement the interoperability between two different rt planning systems

    （ 3 ）解決了部分放射治療計劃系統dicom數據介面問題，包括rt圖像， rt結構集， rt計劃三個模塊的實現，基本解決不同放射治療計劃系統間信息共享的問題。
  9. The basic principles and the key techniques of the tps ( treatment planning system ) are highly detailed and discussed in this paper ; these points relative to the computer visualization are emphatically outlined

    本文從計算機可視化技術的角度，詳細論述了放射治療計劃系統（ tps ）的基本原理、實現過程及其中的關鍵技術。
  10. The doctors can observe the relationship and geometry of the organs and the tumors, from the 3d model of the human body, which can help them create the therapy plan. the radiation dosimetry is built using monte carlo method. after we extract the iso - surfaces from the volume of the doses, the relationship between radiation doses and the cancer is represented on a 3d model, which is greatly helpful for the doctors to improve their therapy plan

    通過建立三維人體模型，可以幫助醫生直觀的觀察人體內部病灶及組織器官的形態位置尺寸，並獲得其量化指標，從而更加準確的制定治療計劃：根據初步的放療計劃，使用montecarlo方法建立模擬的放射劑量分佈數據場，再通過等值面提取方法獲得等劑量面，顯示並量化劑量分佈情況和病灶（靶區）的關系；根據模擬的結果對放療計劃進行適當修改，並最終獲得最佳的放射治療計劃。
  11. According to geometrical focusing theory, the gamma knife can focus in spirals 30 beams of co - 60 gamma rays through a collimator to form a high - quality high - dose radiation field. the size of radiation filed can be varied and shaped according to tumor size for 3d radiotherapy. therefore, it can effectively increase radiation dose to tumor tissues and decease radiation dose to normal tissues

    根據幾何聚焦原理，將30束鈷60伽瑪射線通過準直后經一個固定的軸線旋轉聚焦，形成品質優良的高劑量區分佈，經治療計劃系統的優化，可使高劑量區的劑量分佈，在三維方向上和腫瘤的形狀一致，從而實現三維適形放射治療。
  12. The planned dose distributions were more conformal to the sensitive normal tissue structures by imrt plans in 3 different sites

    在此三個不同部位的計劃劑量分布圖上，強度調控放射治療對敏感正常組織結構都較為適合。
  13. Before we actualize the radiation to the patient, we must plan the therapy and simulate the process of the treatment, calculate the distribution of the radiation doses to evaluate the treatment planning. due to the computer visualization technology, we got an accurate way, intuitionistic and efficient, to constitute the treatment planning

    為了實現精確的放射治療，我們需要在實際進行放射治療之前，制定正確的放療計劃，並對射線的放療過程進行模擬，計算放射劑量的分佈情況，從而明確放療效果，確定放療計劃的優劣。
  14. 4 study on the virtual therapy machine it is possible to construct any existing therapy with the model of a multi - rigid - machine, being designed as an actual teletherapy machine. with the change of therapy equipment parameters, which can describe the moving of couch, pedestal, gantry and collimator, the motion of the model can be displayed simultaneously

    6虛擬放射治療儀的研究虛擬放射治療儀是一種配合設計放療計劃的虛擬設備，它能全面模模擬實放射治療儀的各種運動，能夠動態顯示機器參數和機器參數設置對射線性質的影響，為放療計劃實施提供了訓練和教學的最佳手段。
  15. Many hospitals buy the radiotherapy planning systems from not more than one manufactory. we should use dicom to exchange information among the systems

    很多醫院的放射治療科購買了不只一個廠商的放療計劃系統，要使這些計劃系統之間能夠交流治療信息必須使用dicom標準來完成。
  16. Because of its high speed and vast search space, ga optimization is becoming more and more popular in optimization of beam parameters

    可以用來解決很多優化問題，因此，在放射治療計劃射野參數優化中得到了越來越多的應用。
  17. With the development of 3d crt and imrt, the optimization of beam parameters in external beam radiotherapy has gained wide interests

    摘要隨著三維適形和調強放療技術的發展，放射治療計劃射野參數的優化問題受到了廣泛關注。
  18. Conclusion : it will guarantee the smooth completion of the radiotherapy plans actively, and improve the patient ' s life quality and survival rate

    結論積極防治放射性口腔炎保證了放射治療計劃的順利完成，提高了患者的生活質量和生存率。
  19. According to the deficiencies of radiotherapy localization, a design and implementation of radiotherapy tps based on two - dimensional localization image is presented in this paper

    摘要針對目前放療定位中的問題，提出了一種基於二維定位圖像的實時放射治療計劃的設計方法和步驟。
分享友人
分享到 Line

分享到臉書