特异材料

电磁特异材料是具有反常色散性质的人工材料。

Metamaterials are artificial materials with unusual dispersion properties .

它们的电磁特性主要被其人工结构所决定，因此电磁特异材料可以在电磁波技术上带来更为广阔的视野以及广泛的应用。

Their electromagnetic properties are mainly determined by their artificial structures , so metamaterials can lead to a broader view and wide applications in electromagnetic wave technologies .

人工合成甘蓝型油菜特异材料的花粉生活力是基本正常的。

The viability of pollens in the studied resynthesized rapeseed lines was basically normal .

陆地棉特异材料的创造与评价

Create Unique and Evaluation of Upland Cotton Materials

含特异材料缺陷层一维光子晶体多缺陷现象及其内部场分布

The multiple defect modes and standing wave field in one-dimensional photonic crystals containing a negative refractive index material defect layer

现代生物技术，主要是组织细胞培养技术、转基因技术和分子标记技术在蔬菜育种中有着广泛的应用前景，可为育种提供新的特异材料，大大提高育种效率。

Application of biotechnology mainly including plant tissue and cell culture , transformation , molecular marker assisted breeding were discussed .

光合速率的日变化结果显示，后代特异材料接近于美国扁茎大豆，但与中国普通大豆差异较大。

The day variation of photosynthetic rate shows that the offspring are closed to FSA and greatly different from common soybean of China .

由于特异材料奇异的电磁特性，在光子晶体中引入特异材料，会带给我们很多新的规律和现象。

Thanks to the intriguing electromagnetic properties of specific materials , introducing specific materials into photonic crystals will surely bring about lots of new phenomena and new rules .

通过数值模拟和理论分析含特异材料缺陷层一维光子晶体中特异材料折射率与缺陷模式的关系，从而发现调节特异材料折射率可以得到不同状态的振荡透射模。

In this paper , we study theoretically the relation of the negative index and defect modes in the one-dimensional photonic crystals ( PCs ) containing a negative refractive index material defect layer by using transfer matrix method .

近年来，低维纳米结构材料由于其能组装成许多特异功能的材料，因而成为一个研究热点。

In recent years , low dimensional materials have been a research focus for that they can be easily assembled into plenty of special functional materials .

对转化群体进行了GFP基因活性、染色体倍性及分子检测，结果表明：GFP基因已经整合到番茄基因组中，GFP基因的表达具有组织特异性和遗传材料特异性。

GFP gene activation , diploid plants and molecular detection were conducted with the transformed plants . The results showed that GFP gene was interknitted into tomato genome . Expressions of GFP gene possess tissue and genetic material specific .

特异同源三倍体水稻材料SAR-3细胞学观察

Study on Cytology of Special Triploid Rice

以特异同源三倍体水稻材料SAR-3中15个株系为研究材料，对同源三倍体减数分裂中染色体行为，特别是染色体分离方式进行了研究。

Lines of special autotriploid rice SAR 3 were employed to investigate the chromosome behavior during meiosis , especially the chromosome segregation pattern .

纳米材料具有奇异结构和特异的功能，材料的电学、力学、磁学以及光学性质等发生了巨大的变化。

Nano-materials have the preternatural interface structures and unique functions and its properties are largely changed in electronics , mechanics , magnetic and optics et al .

生物材料表面的拓扑结构、亲水/疏水平衡、自由能、电荷状况、化学基团和生物特异性识别对材料/细胞相互作用有较大影响。

Topological structure , hydrophilic / hydrophobic balance , free energy , charges , functional groups and biologic specificity recognition of biomaterials surface greatly affect the interaction between biomaterials and cells .

由于小麦中CaM以三种亚型存在，为了进一步探讨CaM的作用，有必要制备小麦钙调素特异性抗体，因为它是定位、定量及生理功能研究中最有效、最特异的材料。

For the wheat CaM exists in three subtypes , in order to further explore the role of CaM , preparation of the specific CaM isoform antibody is necessary .