1.
Kernel Characteristics of Different Varieties with Kernel Purpose of Ginkgo biloba in Henan Province
河南银杏核用品种种核特征比较研究
2.
A small new machine is developed, and the grading and crushing oper-ations can be conducted at the same time.
在此基础上，研制了一种新型小型杏核破壳机，该机可同时完成杏核的分级和破壳。
3.
The properties and compositions of the bio-oi1 from fast pyrolysis of apricot stone were studied.
对杏核热解油的性质和组成进行了研究。
4.
The Preparation of Apricot-pit Active Carbon and Experiment on Its Gold-adsorptivity;
杏核制活性炭的研究以及吸附金性能的试验
5.
production of stone was lower than wildapricot and Siberian apricot.
大扁杏的核产量比山杏、西伯利亚杏低;
6.
Volumetric Measurement of Hippocampus and Amygdala Based on MRI
人体海马及杏仁核体积的MRI测定
7.
Numerical Simulation and Test of Orientation for Cutting and Pitting Apricots;
杏切分去核带式定向系统仿真与试验
8.
Studies on Effects of Storage Treatments on Quality of Seed Stone in Ginkgo Biloba L.;
银杏种核贮藏处理对品质的影响研究
9.
Expression alteration of CaMKIIα and pCaMKIIα in amygdala neurons in PTSD rats
PTSD大鼠杏仁核CaMKIIα及pCaMKIIα表达的变化
10.
Expression of c-fos in Amygdala and Conditioned Immunosuppression
杏仁核c-fos的表达与条件反射性免疫抑制(英文)
11.
The amygdala is activated by stimulus that elicits certain forms of negative affect, particularly fear.
杏仁核易被消极的感情刺激所激活,尤其是恐惧。
12.
Volumetric MRI analysis of the amygdala and the hippocampus in patients with major depression
抑郁症患者海马及杏仁核容积异常的MRI研究
13.
Study on Relationship Between Rate of Seeds Splitting and Emergence Rate of Seedlings of Prunus armeniaca
山杏种核裂咀比率与出苗率关系的研究
14.
The Study of Effects of Qingyangshenlycosides on Kindling Model;
青阳参总甙对大鼠杏仁核点燃模型的作用研究
15.
The Study of Inhibition of Midazolam on Amygdala Kindling in Rats;
咪达唑仑对大鼠杏仁核点燃抑制作用的研究
16.
Researches on Seed Nucleus Variation of the Ancient Ginkgo Trees in Dabie Mountain Area in Hubei Province;
湖北省大别山区银杏古树种核变异的研究
17.
Effects of INA Bacteria on Pollination Biology of Kernel Apricot;
冰核细菌对仁用杏授粉生物学特性影响的研究
18.
SSR Fingerprinting Establishment of Different Cultivars of Peach, Plum, Apricot and Walnut;
桃、李、杏、核桃不同品种的SSR指纹图谱构建