目标物

用DSC、IR、~1H-NMR等方法对产物结构进行了表征，证明所得产物即为目标物。

The products were characterized through DSC , IR , ~ 1H-NMR , and the results indicated they were the objective substances .

航空物探全盲目标物搜索方法计算机仿真

Computer simulation of the blind objective searching method used in airborne geophysical survey

所有目标物的结构经~1HNMR、IR测试确证。

All the structures were confirmed by ~ 1HNMR and IR .

本章是基于端粒酶扩增反应以及目标物诱导DNA链结构变换的方法建立的一种用于检测端粒酶活性的电化学生物传感器。

The chapter was based on the principle of telomerase amplification reaction and target-induced DNA chain structure-switching to establish a electrochemical biosensor for detecting telomerase activity .

多尺度自适应恒虚警率（CFAR）自动检测与重构多方位SAR图像中不同尺度目标物

Automatic Detection and Reconstruction of Different-size Objects from Multi-aspect SAR Images Using Multi-scale Adaptive CFAR

射频识别（RadioFrequencyIdentification，RFID）技术是一种使用射频信号进行目标物非接触式的自动识别技术。

Radio Frequency Identification ( RFID ) is a non-contact and automated object identification technology that uses radio signal to identify an object carrying the identification information .

基于准不变目标物下CBERS-02星CCD图像的交叉定标

Cross Calibration of CBERS-02 CCD Image Based on the Pseudo-invariant Reflectance Targets

不同水分条件下粗砂土剖面中目标物的GPR图像特征及其解译

Ground Penetrating Radar Image Characteristics and Interpretation of Gritty Soil Under Different Water Conditions

结论：通过IR谱确证一个化合物是目标物2-苄氧基-5-氟-4-嘧啶酮-3-丁酸乙酯，另一化合物是它的同分异构体。

Conclusions : One compound is identified as the title compound 2-benzyloxy-5-fluoro-4-oxo-pyrimidine-3-butyric acid ethyl ester , and the other one is its formula isomer .

以甲基橙（MO）作为目标物，对POC空心微球的吸附性能进行了研究。

Adsorption characteristics of POC spheres were also studied by using methyl orange as adsorbate .

结论目标物（2c）具有比四环素更强的趋骨性。

CONCLUSION The target compound ( 2c ) has better bone affinities compared with tetracycline .

所得产物的结构经MS，UV，1HNMR及元素分析确证与目标物相符。

The structure of the product agreed to the target compound by the analysis of MS , UV , 1H NMR and element analysis .

目标物的定性定量采用高效液相色谱（HPLC）与气相色谱-质谱联机（GC-MS）相结合的方法。

Target compounds were determined by high performance liquid chromatography ( HPLC ) and gas chromatography – mass spectrometry ( GC – MS ) .

通过红外分析、1H-NMR分析及元素分析证明，所得到的化合物即为目标物。

1H-NMR and element analysis .

其光催化剂的活性以KI溶液和草酸溶液为目标物、在不同激发波长光源激发下测定。

Photocatalysis the photoconversion KI and oxalic acid solution have been operated under different light source irradiation .

体内活性评价也证实有近半数的目标物的活性接近和超过Celecoxib。

Half of the compounds evaluated in vivo were also found to be more potent than Celecoxib .

所有目标物的结构都经元素分析，1HNMR，MS及IR证实，并将其中8个化合物对五种细菌进行了抑菌活性测试。

Seven of them were reported for the first time and their structures have been confirmed by 1H NMR , MS , IR spectra and elemental analy - sis .

结果共合成了5-FU衍生物16个，其中新化合物10个，目标物8个。所有化合物都通过了光谱确证。

Results Including 10 new compounds and 8 aim compounds , 16 derivatives of 5-fluorouracil were obtained and confirmed by the spectral detection .

本论文以聚丙烯酰胺（PAM）为目标物，采用淀粉碘化镉法和浊度法测定其含量，确定各方法的最佳测定条件，分析方法的重复性、准确度、检测范围等。

In this paper , starch cadmium iodide and turbidimetry were used to determine the concentration of polyacrylamide ( PAM ) which was the target object .

该TB传感器稳定性好且具有良好的选择性，其它致病菌如大肠埃希氏菌、铜绿假单胞菌和金黄色葡萄球菌的基因组DNA对于目标物的测定几乎不产生影响。

Genomic DNA from other pathogenic bacterias ( Escherichia coli , Pseudomonas aeruginosa , and Staphylococcus aureus ) had a negligible effect on its detection , which guaranteed the good selectivity of the TB sensor .

然后依照取得良好仿真效果的流动模型建立相应的物料平衡模型，以COD为目标物来完成整个反应器的物料平衡模拟，并用实测值评估仿真效果。

According to the assembled emulational flow model , the assembled emulational material balance model had been completed when taking COD as target , and estimated the result comparing practical value .

方法经IR、1HNMR和MS确证目标物结构，并经体外抗病毒试验进行活性筛选。

Method Nine new compounds were synthesized and their structures were confirmed by IR , 1H-NMR and MS. They were tested for their anti-influenza virus activity in vitro in the cell culture experiments .

目标物DNA夹心在捕获探针（固定在磁珠上）和信号探针（与QDLBL的聚苯乙烯微球共轭）之间。

The target DNA is sandwiched between the capture probes immobilized on the magnetic beads and the signaling probes conjugated to the QD LBL assembled polystyrene beads .

用HSV颜色模型的H和S分量，通过一种基于二值图像分割的快速聚类算法，从环境中分离出具有某种特定颜色的目标物。

Using the H and S weight of the HSV color model , separate the target from the environment with a certain color , by a fast clustering algorithm for two-value image segmentation .

方法：采用新的KF/Al2O3催化体系和PEG400溶剂系统，进行关键中间体和目标物的合成研究。

Methods : New catalytic and solvent systems were used for the improved synthesis .

利用核酸适体高特异性结合目标物的特性发展的生物传感器对代谢物、DNA、蛋白质等物质进行临床疾病的快速、准确的检测与监控，是分析化学中非常热门的研究课题之一。

Based on the high affinity of aptamer , many biosensors were developed for the accurate and rapid detection of metabolin , DNA , protein and so on . And it is a novel , attractive and hot topic in the current analytical chemistry .

在没有目标物DNA时，互补DNA呈现单链状态，其在环状模板，聚合酶，连接酶以及dNTP的存在下进行RCA扩增。

In the absence of target DNA , complementary DNA showed the status of the single-stranded , RCA reaction was initiated by addition of the circular template , polymerase , ligase and dNTP .

以正十六烷为目标物，研究了生物活性炭（BAC）系统对正十六烷的吸附特征、生物吸附动力学以及活性炭的生物再生能力。

The adsorption characteristics , bio-adsorption kinetics and bio-regeneration capability of activated carbon in the biological activated carbon ( BAC ) system was studied using hexadecane as a target .

合成了具有基团多样性的目标物共计42个，全部经300兆~′HNMR和元素分析的确证。

Synthesized 42 target compounds , all of which were identified by ~ 1HNMR and elemental analysis .

该算法使用了颜色和形状两个特征联合表示目标物，并将它们融入粒子滤波器（PF）中。

In this method , the color cue and the shape cue are integrated and utilized to represent the object tracked and further incorporated into the framework of particle filter ( PF ) .