微植体,micro-implant
1)micro-implant微植体
1.Objective To explore a new method to construct the three-dimensional finite element model of micro-implant-maxilla using Materialise′s interactive medical image control system(Mimics).目的探索基于Mimics医学图像处理系统的CT法快速建模新思路,建立几何相似性好、可灵活组装、含微植体的上颌骨三维有限元模型。
英文短句/例句

1.Histological research of different period of the microscrew implant-bone interface after immediately loading正畸微植体支抗即刻负载后微植体-骨界面的组织形态学变化
2.The influence of micro-implant insertion angle on the stability of micro-implant微种植体植入角度对微种植体稳定性的影响
3.Implanting operation and normal implanting position of mini-implant微小种植体的植入方法及一般植入部位
4.A Guide for Microscrew Implant Positioning in the Safe Zone of Alveolar Bone;指导微螺钉种植体植入的牙槽骨安全区域研究
5.Measurement of Maxillary and Mandibular Anatomy for Miniscrew Insertion in Cone Beam Computed Tomography Images;微螺钉种植体植入区域颌骨解剖的CBCT测量分析
6.Experience Study of Interface and Stability of Mini-implant;微种植体界面及其稳定性的实验研究
7.Experimental Study on Immediately Loaded Micro-implant;微型支抗种植体即刻负载的实验研究
8.Experimental study on implanted microwave ablation in porcine lungs in vitro植入式微波消融离体猪肺的实验研究
9.Program optimization for bovine somatic cells nuclear transfer牛体细胞核移植显微操作环节的优化
10.Orthodontic clinical application of mini-implant anchorage微小种植体支抗在正畸临床中的应用
11.Mixed transplantation of auto-microskin and alloskin in the treatment of extensive severe burns自体微粒皮与异体皮混合移植治疗特重度烧伤
12.Establishment of a Regeneration System for Potato Transformation Used Microtuber马铃薯微型薯外植体遗传转化体系的优化
13.Biomechanics Research on the Micro-Implant Embedded Loading and Enhance Anchorage by Micro-Implant in Distalizing Molar;微型种植体植入加载及增强支抗推上颌磨牙远移的生物力学研究
14.Maxillary anatomy and its influence on miniscrew implantation上颌骨解剖特点与对微螺钉种植体植入效果的影响
15.Microchimerism in the cell-free blood samples of recipients associates with the acceptance of transplanted kidneys肾移植受者游离血浆中微嵌合体与移植肾免疫耐受的相关性研究
16.Histological Study of Miniscrew Implanted in Lower Mandibles of Juvenile and Adult Beagle Dogs成年和青少年Beagle犬下颌骨植入微型支抗种植体的组织学比较研究
17.any organism (animal or plant) of microscopic size.用显微镜可见的任何有机体(动物或植物)。
18.To implant microorganisms or infectious material into(a culture medium.菌体培养把微生物或传染性物质植入(培养基)
相关短句/例句

micro-implant微种植体
1.Subjective responses of patients who received micro-implant anchorage:a questionnaire study正畸患者对于微种植体支抗使用的主观反应:临床问卷调查
2.Comparative evaluation of two kinds of micro-implant system with different size不同尺寸微种植体支抗系统的临床应用比较
3.The influence of micro-implant insertion angle on the stability of micro-implant微种植体植入角度对微种植体稳定性的影响
3)microfossil plants微体植物
1.During the past 30 years,some advances have been made in the early land plants including the megafossil and microfossil plants.贵州凤冈志留纪Llandovery世晚期Pinnatiramosus qianensis Geng(黔羽枝)具有陆生维管植物的某些重要特征;新疆志留纪Pridoli世晚期植物群中出现了早期陆生维管植物主要类群,显示了陆生维管植物多样性的早期特征;云南志留纪Pridoli世晚期植物的发现有助于对全球植物古地理分区的研究;我国西南地区志留纪具有丰富的微体植物(隐孢子、三缝孢、管状体和表皮等),为早期陆生植物的演化提供了重要化石证据。
4)mini-implant微种植体
1.Clinical application of mini-implant anchorage for simultaneous incisor retraction treatment微种植体支抗在内收前牙中的应用
5)mini-implant微型种植体
1.Remodelling of the periodontal tissue in the application of mini-implant anchorage for posterior tooth intrusion in dogs;应用微型种植体支抗压低犬后牙过程中牙周组织改建的组织学研究
2.Objective:The experiments were carried out to study whether the loaded mini-implants had effects on growing and developing of the length of mandibular and height of dento-alveolar about young dogs or not.目的:探讨加载微型种植体支抗对幼犬下颌骨生长发育的影响,为儿童正畸支抗的选择及设计提供参考。
6)micro implant微型种植体
1.Study on the treatment of Angle class I bimaxillary protrusion malocclusion with micro implant anchorage.;微型种植体支抗在安氏I类双颌前突矫治中的应用研究
2.Clinical study of stability of micro implant used as orthodontic anchorage;正畸微型种植体支抗稳定性的临床研究
3.Objective: To study the stability of micro implant anchorage under orthodontic force.微型种植体植入2周后加力。
延伸阅读

草坪植生带建植方法草坪植生带具有重量轻、运输方便、铺设简单等优点。它是工厂化生产出来的,适用于平地、斜坡和陡坡上大量铺植草坪,不会因降雨或浇水而引起种子或水土流失,在我国北方被广泛应用。笔者在几年的实践中总结出草坪植生带的建坪方法,现介绍如下:一、场地准备1.首先要充分了解当地的年降雨量、地形及土壤状况和酸碱度。降雨量多且集中的地区,排水设施应放在首位;降水量少的干旱地区,喷灌系统则更重要。低洼地带应回填土,避免场地积水。土壤最好是沙质壤土。2.整地—般分粗整和细整两种。粗整包括排灌设施的埋设、换土、清理垃圾、填土等。细整包括施入改良材料、肥料及表面平整。一定要用钉耙细细整平,做到表面无土块,排水坡度适当。二、建坪方法我国北方地区建坪—般在4月中旬以后进行。植生带的宽度多为1米。首先选择一块长1.2至1.5米、宽5至10厘米,至少有一侧平滑的木板,在用钉耙耙过的平整土地上轻刮,去除较大的土壤颗粒,使土层表面光滑。将成卷的草坪植生带平铺在地面,上面覆盖一层薄簿的细土,覆土厚度以不超过1厘米为好,之后用镇压滚滚压,以利于植生带贴紧地表。三、铺植后的管理植生带铺好后即喷水保湿,一般十几天内即可发芽。喷水时水珠宜小,最好是雾状。为了保证喷水均匀,应尽量做到少量慢喷,以湿到地下3至5厘米为宜。喷水次数要视坪床干湿度而定,一般是每天二三次,遵循均匀、少量、多次的原则,最好预先安装喷灌设施。经过细致的管理,一般一两个月后可形成嫩绿的草坪。(来源:《中国花卉报》2004.06.01)