| 1. | Fe - sem , edx and xrd indicated that the low - dimensional nanomaterials were wurtzite gan
Fe - sem ， edx和xrd表明三种低维纳米结构均为纤维锌矿gan 。 |
| 2. | The result of the xrd indicated that the production structure was wurtzite , which was mixed with hydrocarbon
射线衍射结果表明，掺入了碳氢化合物的反应产物的晶须属六方纤锌矿结构。 |
| 3. | Zinc oxide is a ii - vi wide band - gap ( 3 . 3ev ) compound semiconductor with wurtzite crystal structure
氧化锌( zno )是一种具有六方结构的?族宽带隙半导体材料，室温下带隙宽度高达3 . 3ev 。 |
| 4. | Zinc oxide is a ii - iv wide band - gap ( 3 . 37ev ) compound semiconductor with wurtzite crystal structure
氧化锌( zno )是一种具有六方结构的的宽禁带-族半导体材料，室温下能带带隙eg为3 . 37ev 。 |
| 5. | Zinc oxide is a ii - iv wide band - gap ( eg = 3 . 37ev ) compound semiconductor with wurtzite crystal structure
六角纤锌矿结构的氧化锌是一种重要的宽带隙-族半导体材料，室温下带隙为3 . 37ev 。 |
| 6. | Xrd spectra show that the bulk gan particles are wurtzite structure , and the nc gan has small domain size and the structure of solid solution phase
Xrd结果显示经由气凝法合成前后氮化镓均为一六方晶系结构，利用块状氮化镓生成的奈米粉体粒径微细且是一种固溶相结构。 |
| 7. | Zinc oxide as a wide band - gap ( 3 . 3ev ) compound semiconductor with wurtzite crystal structure , is gaining importance for the possible application as a semiconductor laser , due to its ultraviolet emission at room temperature
宽禁带zno半导体为直接带隙材料，具有六方结构，较高的激子束缚能( 60mev ) ，室温下带隙宽度为3 . 3ev 。 |
| 8. | When x 0 . 36 , the alloy thin films keep the wurtzite structure . and the band gap could be varied from 3 . 40 ev to 3 . 93 ev . the mg0 . 05zn0 . 95o and mg0 . 15zn0 . 85o alloys with wurtzite structure show high thermal stability up to 1000
研究表明当x的取值小于等于0 . 36时，合金薄膜会保持zno六角形纤锌矿结构，此时薄膜的能隙宽度可以在3 . 4ev到3 . 93ev之间调节。 |
| 9. | The x - ray diffraction patterns and raman spectra indicated that zns fully transformed into zno with a polycrystalline hexagonal wurtzite structure when zns thin films were oxidized at annealing temperature of above 700 oc in an oxygen ambient
X射线衍射（ xrd ）和拉曼实验结果表明硫化锌（ zns ）薄膜在高于700oc热氧化处理后，硫化锌（ zns ）全部转化为氧化锌（ zno ） ，且是六角纤锌矿的多晶薄膜。 |
| 10. | Fe - sem , edx , xrd , saed and hrtem indicated that the regular arrays nanorods were wurtzite single crystal gan and the nanorods were tapered from the base to their upper end , which compatible with the theoretical result
Fe - sem ， edx ， xrd ， saed和hrtem结果表明：规则排列的纳米棒是具有六方晶系纤锌矿结构的gan单晶体，并且从西北工业大学博士学位论文底部到顶部具有塔形形貌，这一现象与理论推导结果一致。 |
