1) HA compound fertilizer
HA复合肥
1.
In addition, the physiological mechanism of HA compound fertilizer promoting the growth of red pepper was researched, which included stomatal diffuse resistance, transpiration rate, nitrate reductase (NR) activity, superoxide d.
试验结果表明：①与等养分无机肥相比，HA复合肥可显著提高辣椒产量，促进辣椒干物质积累。
2) HA-Si slowly-released compound fertilizer
HA-Si型长效复合肥
1.
s:The HA-Si slowly-released compound fertilizeris a new type of green and environmental fertilizer withorganic and inorganic materials.
HA-Si型长效复合肥是有机、无机相结合的新型绿色环保肥料。
3) orbit blowout fracture
HA复合体
1.
Reconstruction of orbit blowout fracture by hydroxyapatite composite through nasal endoscope;
眶爆裂性骨折鼻窦内窥镜下HA复合体整复术
4) HA/PU composite film
HA/PU复合膜
1.
HA/PU composite film were synthesized and evaluated in vitro.
合成了HA/PU复合膜在体外进行了试验评估,用IR、XRD、SEM和ICP等手段对材料组成,降解性和表面形貌进行了分析以及对吸水率和失重率的测定,结果表明,HA/PU膜在浸泡过程中,在去离子水中不但发生了水解,在SBF溶液中还发生了Ca,P的沉积,使得复合膜不但具有一定的降解性,还表现出一定的生物活性,表面出现的多孔,为细胞的培养奠定了基础,在骨修复或替代材料中具有一定的价值。
5) HA/COL composite coating
HA/COL复合层
1.
This work is mainly attributed to form HA/COL composite coatings on the surface of Ti and NiTi alloy by adding collagen into SBF (Simulated Body Fluid), of which the component and structure are similar to that of human bone, and further enlarge the application of Ti and NiTi alloy in the biomedical field as hard issue implantation or substitute materials.
本文通过在模拟体液中加入胶原,在Ti、NiTi合金表面生长HA/COL复合层,即成分、结构等与骨组织类似的仿生复合层,进一步扩大Ti、NiTi合金作为硬组织植入或替换材料在生物医学领域的应用。
2.
The results indicated that the carbonate HA/COL composite coating could be obtained in modified simulated body fluid (MSBF) by rising pH.
本文主要研究了用化学法和电化学法制备HA/COL复合层的工艺,利用扫描电子显微镜(SEM)、X射线衍射(XRD)、红外光谱(IR)、X射线光电子能谱(XPS)和透射电子显微镜(TEM)等检测手段以及划痕实验、体外细胞培养实验对复合涂层的形貌、结构、性能进行了表征。
6) HA organic-inorganic compound fertilizer
HA有机-无机复混肥
补充资料：合肥吴复墓石刻
吴复墓石刻，在安徽肥东县萧纡乡享堂任村。吴复随朱元璋南征北战，以功封安陆侯，追封黔国公，谕葬。墓面向太湖，背靠高岗。神道旁南北对立一组圆雕石刻。自东向西排列翁仲、狮、羊、马、华表各一对，均整块花岗石雕成。翁仲高2.4米，柱剑挺立，威严肃穆。工艺为镂空与浮雕结合，简繁相宜。马小耳，长鬃，背面浮雕连枝花，腹下镂空；左侧雕驭手，戴圆顶帽，着长皂服，穿布云鞋。驭手和马由整块巨石雕成。神道西有龟形碑座，碑文为大学士刘三吾铭，惜碑已失。为省级重点文物保护单位。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条