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- X線(xiàn)能譜分析X-ray energy-dispersion
- 鎳鉻合金烤瓷修復體局部牙齦組織的電鏡和X線(xiàn)能譜分析Study of Gingiva Changes After Porcelain Fused to Metals Prosthesis Evaluated by Transelectromicroscope and X-ray Energy Spectrum Analysis
- 作者通過(guò)光鏡、掃描電鏡、X線(xiàn)能譜分析對骨形成蛋白(BMP)/生物陶瓷/微孔鈦種植體、BMP/微孔鈦種植體、生物陶瓷/微孔鈦種植體、微孔鈦種植體進(jìn)行了比較。This study investigated the tissue compatibility of bone morphogenetic protein (BMP) /biologic ceramic/porous titanium implant, BMP/porous titanium implant, biologic ceramic/porous titanium implant and porous titanium implant by LM, SEM, EDXA.
- X線(xiàn)能譜X-ray energy analysis
- 在線(xiàn)in-line
- X線(xiàn)能譜結果表明C/C、CCH種植骨界面處有Ca、P元素的富集。Through EDAX:Ca,P element gathers at the interface of C/C and CCH implant.
- γ能譜分析γ Spectrometry
- 本文對膽脂瘤150例(155耳)的X線(xiàn)表現與手術(shù)所見(jiàn)進(jìn)行對照觀(guān)察,結果表明:X線(xiàn)能診斷者115耳(占74%),不能診斷者40耳(占26%)。A contrast investigation between X-ray examinations and operative findings was made in 150 patients(totally 155 ears) with cholesteatoma. Results revealed that diagnosis could be established by roentgenologic films in 115 ears (74%25) and it was unsuccessful in 40 (26%25).
- 能譜分析EDXEDX
- 利用宇宙線(xiàn)直接測量結果對初級宇宙線(xiàn)能譜參數的調整Adjustment of Parameters of Primary Cosmic Ray Energy Spectrum with Recent Direct Measurments
- 雙能X線(xiàn)吸收法測量老年婦女髖部骨密度分析Analysis of hip bone mineral density of aged women measured by dual energy X-ray densitometry
- 表面能譜分析Surface energy spectrum analysls
- 股骨雙能X線(xiàn)骨密度儀測量及患病情況分析Dual-energy X-ray Bone Mineral Density (BMD) Measurement and Osteoporosis Morbidity Analysis
- 伽馬能譜分析gamma-ray spectrum analysis
- 廣東粵西地區正常人雙能X線(xiàn)骨密度的檢測分析Determination of dual energy X-ray bone mineral density in normal Peoples in western region of Guangdong
- 電子能譜分析electron spectrum analysis
- 292例正常人全身骨量變化的雙能X線(xiàn)吸收法測量分析Bone Mineral Analysis of Whole Body in 292 Normal Subjects Assessed by Dual X-ray Absorptiometry
- 俄歇能譜分析Auger spectroscopy analysis
- 多道能譜分析Multi channel spectrum analysis
- 所有的研究對象接受肺量測定法，測量主動(dòng)脈脈沖速度和增強指數，雙能X線(xiàn)吸收儀和采集血樣分析炎性介質(zhì)。All subjects underwent spirometry, measurement of aortic pulse wave velocity (PWV) and augmentation index, dual-energy X-ray absorptiometry, and blood sampling for inflammatory mediators.
