XRD结果表明，所制备的样品为较好的单相。
The XRD results show that pure phase phosphors are obtained.
用透射电子显微镜（TEM）分析了所制备的样品。
The samples have been analyzed with transmission electron microscope(TEM).
对制备的样品的结构、光学和电学性质进行了研究。
The structural, optical and electrical properties of samples were investigated in detail.
如果使用正确制备的样品，该方法在实验室条件下是可靠的。
This method can be reliably performed in the laboratory if properly prepared sample, s are used.
结果表明：所制备的样品为纯相，样品颗粒度均匀，晶界清晰，品质较高；
The results indicated that: The prepared sample is pure phase, the sample particle size uniformity, grain boundary clear of higher quality;
结合XRD、SEM、DRS表征手段对制备的样品进行结构和表面特性分析。
XRD, SEM, DRS are used to characterize the structure and surface chemical-physical properties of the prepared samples.
在制备的样品中，制备温度越低，样品的石墨化程度越差，可逆嵌锂容量相应越高。
In our samples, with the increase of preparation temperature, the degree of crystallinity decreased, and the reversible specific capacity increased respectively.
结果表明：以该方法制备的样品在扫描电镜观察中能清晰地显示出鱼类染色体的精细结构。
The experimental results showed that the fish chromo - some sample for SEM made by this method can clearly show the fine structure of chromosomes.
证实实验所制备的样品是铁钴合金纳米微粒，这也许可为制备新的纳米材料开辟一条新的途径。
We confirm that sample is the Fe-Co alloy ultrafine powders that have been reported by experiments, and this may open a new way to synthesize other iron-based alloy powders using sonochemistry method.
所有稳定性测定应使用一系列的由新制备的适当的无分析物，无干扰的生物基质储备溶液制备的样品。
All stability determinations should use a set of samples prepared from a freshly made stock solution of the analyte in the appropriate analyte-free, interference-free biological matrix.
阿尔贡实验室的E·H·哀朴曼(e . H .Appelman)在水溶液中用XeF2制备了第一个过溴酸盐样品，这可能涉及XeO对溴酸盐的攻击，XeO是单线态氧的载体。
E. H. Appelman of Argonne used XeF2 in aqueous solution to prepare the first examples of perbromates, and this could have involved attack of bromate by XeO as a singlet oxygen carrier.
然而，样品制备过程中可能带入人为的物质。
However, it may arise from an artifact during sample preparation.
方法：通过不同制备方法莱菔子供试样品hplc图谱的比较和相似度计算，分析其成分群的变化规律。
Methods: By comparing HPLC maps of Semen Raphani samples prepared with different methods and computing similarity, (analysis) the change law of the components group.
过去甲基化的结构研究被阻碍的原因是因为很难制备组蛋白特定部位赖氨酸甲基化的均一样品。
Past structural studies of methylation were hindered by the extreme difficulty of constructing homogeneous samples of histones bearing methyl groups attached to specific lysine residues.
有个问题经常被问到，就是当生产能力小于3000瓶时的培养基灌装数量，特别是在进行临床样品制备时。
The question of the number of units needed for media fills when the capacity of the process is less than 3000 units is frequently asked, particularly for clinical products.
研究了樟脑标准样品的制备、均匀性和稳定性及其定值方法。
Preparation, homogeneity, stability and certification of reference material of camphor were studied.
溶出试验已被描述为复杂的样品制备过程。
Thedissolution step has been described as an involved sample preparation.
着重叙述和讨论了样品制备的主要环节和倾斜照明法的成象条件。
The main steps of specimen preparation and the imaging conditions of beam tilt method were given.
讨论了检测波长的选择和样品的制备，优化了流动相的组成。
The detection wavelength, sample preparation and the optimization of mobile phase constitution were discussed.
另外，样品制备时，随着相对湿度的增加，测得的碳纤维拉伸强度逐渐降低。
In addition, CF tensile strength decreased with relative humidity during preparation of specimens.
与其他成膜方法相比，旋涂法制备的薄膜样品对热响应具有更高的灵敏度，更适合用作红外探测器材料；
The results show that pyroelectric response sensitivity of the film samples prepared using spin-casting method is higher and more suitable for infrared detectors than other methods.
研究了在不同热爆温度下制备出的样品与其机械性能之间的关系。
And the relationship between the specimens prepared at different thermal-explosion temperature and its mechanical properties were investigated.
本文主要介绍了硅中硼离子注入校准样品的制备与研究。
Fabrication and research of calibration samples for boron ion implantation into silicon are discussed.
样品的制备采用包覆技术。
结果表明，延长烧结时间或用湿化学法制得的粉末制备样品，其均匀性好，仅表现出体的超导电性。
The results indicated that the samples fabricated by wet -chemical method or by longer sintering time had better homogeneity and showed bulk superconductivity.
金矿样品加工制备流程的选择会直接影响化验分析质量。
The choice of gold ore sample preparation flow will directly influence the assay quality.
佐料和调味品。芥菜子。实验室分析用样品的制备。
Spices and condiments . mustard seeds . preparation of sample for laboratory analysis.
佐料和调味品。芥菜子。实验室分析用样品的制备。
Spices and condiments . mustard seeds . preparation of sample for laboratory analysis.
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