Application of multiplanar reconstruction with multislice spiral ct in lung cancer before operation 多平面重組在肺癌術(shù)前評價中的應用
Diagnostic value of msct 3d and multiplanar reconstruction for trauma of bones and joints 三維重建及多平面重建技術(shù)在骨關(guān)節(jié)創(chuàng)傷中的臨床應用價值
Based on axial ct images and multiplanar reformations , patients were staged as t1 / t2 , t3 , and t4 ; nodal involvement was classified as n0 , n1 , and n2 基于軸向ct的成像與多平面重新成形在臨床應用,患者據(jù)此影像資料被劃分入t1 / t2 , t3和t4四期;依據(jù)受累淋巴結(jié)情況分為n0 , n1及n2 .三種情況。
When asked who usually creates multiplanar , 3d , or volume - rendered images for interpretation , 79 . 2 % of radiologists and 69 . 2 % of cardiologists said they created images personally 當被問到誰最常挑選多維的, 3d ,或者隨機成像的圖像來診斷疾病, 79 . 2 %的放射學家和69 . 2 %的心臟病學家說他們自己來選擇圖像。
Given the widespread use of 3d visualization , there is an increasing need for a pacs network that can generate 3d and multiplanar images as part of the routine interpretation process , preferably using automated hanging / display protocols , juluru said 他說: “這些工作者們通過各種方式,不論是自身的學習,從廠家,還是從網(wǎng)上資源,學習三維成像技術(shù)并把它作為臨床檢查過程的一部分,而且發(fā)現(xiàn)這個技術(shù)很有應用價值。
2 , in the experimental study , 12 joints tests are completed , including 5 uniplanar x joints loaded with axial forces , 3 uniplanar x joints loaded with in - plane bending , 4 multiplanar xx - joints loaded with axial forces , with the emphasis on the influence of and the existence of the out - of - plane braces , of which the multiplanar xx - joints tests is the first experiment project in china 其中,對等寬方管節(jié)點( = 1 . 0 )推求了考慮薄膜效應影響的極限承載力公式。 ( 2 )試驗研究:本文共計進行了12個方管平面x型和空間xx型相貫節(jié)點試驗研究,進一步加深對方管相貫節(jié)點的感性認識,了解其實際破壞模式。
Firstly , a set of formula is developed for uniplanar x - and multiplanar xx - joints loaded with axial forces , in - plane bending moments and out - of - plane bending moments respectively . in china , it is the first time to develope a set of formula for full - width joints considering the membrane effect 在總結(jié)國內(nèi)外研究成果的基礎上,本文對方管平面x型和空間xx型相貫節(jié)點在軸力、平面內(nèi)彎矩和平面外彎矩等荷載工況作用下的靜力工作性能建立了一種更合理的理論簡化模型研究方法。