1) stomatal heterogeneity
气孔异质性
2) pore
气孔
1.
Study on pore problem of GAP low-oxygen propellant during curing process;
GAP贫氧推进剂固化气孔问题研究
2.
Analysis and Solution of Pore Defect of WD615 Cylinder Head;
WD615气缸盖气孔缺陷的分析与解决
3.
Process Study on Reducing Pore in Production of Solid Composite Propellant;
复合固体推进剂生产中减少气孔的工艺研究
3) porosity
气孔
1.
Weld porosity shortcomings reasons for the formation and Preventive measures;
焊缝气孔缺陷的形成原因及防治措施
2.
Prevention and mechanical analysis of porosity formation in pulsed CO_2 laser welding of 30CrMnSiA;
脉冲CO_2激光焊接30CrMnSiA气孔控制及机理分析
3.
Laser welding of high nitrogen steel 1Cr22Mn16N Ⅰ. Influence of shielding gas composition and heat input on N-content and porosity of weld metal;
1Cr22Mn16N高氮钢激光焊接 I.焊接保护气体组成和热输入对焊缝氮含量及气孔性的影响
4) Gas Hole
气孔
1.
Influence of Vacuum Dead-point on Gas Hole for Die Casting;
抽真空截止点的位置对压铸件气孔的影响
2.
Formation cause and prevention of gas holes in stainless steel wirerope clamper castings produced by investment casting;
不锈钢钢丝绳夹座熔模铸造气孔的产生与防止
3.
Formation and Prevention of the Gas Holes in Investment Cast Steel Casting;
熔模铸钢件气孔的产生与防止
5) stoma
气孔
1.
Comparison of stomatal morphology and density between tissue-cultured plantlets and earth-cultured ones;
草莓试管苗与土培苗气孔形态和气孔密度的比较
2.
Effects of Plant Growth Regulators on Stoma in Low Epidermis of Tobacco Leaves;
植物生长调节物质对烟草叶片下表皮气孔的影响
6) Stomata
气孔
1.
A Simplified Method for Observing Stomata by Shaving off Mesophyll Cells to Obtain Epidermis from Leaf and Its Application;
一种获得叶片表皮观察气孔的简易方法及其应用
2.
Study on Stomata Characters of Tetraploidy Lilium concolor Salisb;
渥丹百合多倍体气孔性状的调查研究
3.
The effects of shadowing on stomatal and photosynthetic characteristics of Trifolium repens;
遮荫环境对白三叶草气孔和光合特性的影响
参考词条
补充资料：卵巢混合性生殖细胞-性索间质性肿瘤
卵巢混合性生殖细胞-性索间质性肿瘤
本瘤1921年首次由Masson描述，直到1972年由Telerman首次命名为本瘤，并沿用至今，本瘤病因尚不明了。发生年龄自新生儿到67岁妇女均可发生，少数为男性。临床表现：患者为正常女性及男性外表，女性病人可有下腹包块，发生蒂扭转时有下腹痛，并有急腹症症状，可有内分泌紊乱，性早熟表现，男性有睾丸增大。染色体核型分析均正常。内分泌检查与临床表现符合，肿瘤为单侧，圆形或卵圆形。表面光滑，直径2.5～30cm，实性肿瘤内有囊性区。切面灰白、灰红或淡黄至淡褐色。镜下有梭形细胞及生殖细胞。治疗：视情况采取单纯手术，或手术加放疗及化疗。需长期随访。预后：单纯本病者良好。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。