碘的

基本解释 (translations)

iodic

与碘的相关的网络例句 [注：此内容来源于网络，仅供参考]

In this paper, ion chromatography was used to analyze iodide in edible salt.

研究了用离子色谱法，分析加碘食盐中的碘含量，碘的回收率在98.98%～99.53%之间。

Sodium iodide symporter is located in the baso lateral plasmamembrane of thyrocytes. The main function of NIS is to cotransport one iodide ion against its electrochemical gradient together with two sodium ions along their electrochemical gradient.

碘是合成甲状腺激素的重要组成部分，碘在甲状腺中的浓度是血浆浓度的 2 0～ 4 0倍，碘的摄取主要在甲状腺滤泡上皮细胞基底膜上进行，是由钠碘转运体驱动的主动转运过程 [1 ] 。

The following conclusions have been gotten from a large amount of experiments and determinations: Triiodide, pentaiodide, heptaiodide, nonaiodide, undecaiodide of solid tetra-n-butyl ammonium polyiodides and tetrabutyl ammonium bromide polyiodides can be synthesized by solid phase process which is a economic easy way, while its not suitable for synthesizing solid tetramethyl ammonium polyiodides; Solution polyiodides of triiodide, pentaiodide can be synthesized through the complexation process, and TX-10 is a better complexing agent; Triiodide, pentaiodide, heptaiodide resinic polyiodides were synthesized by ion-exchange of resinifying process, and that is a viable easy way.

在大量实验和分析的基础上，可得到以下结论：用固相法可以合成出碘三、碘五、碘七、碘九和碘十一形式的正四丁基多碘化铵固体高聚碘和四丁基多碘化溴化铵固体高聚碘系列化合物，是制备高聚碘的经济、方便的合成方法，但此法对合成四甲基多碘化铵固体高聚碘系列化合物并不适用；TX-10是合成溶液高聚碘较佳的络合剂，通过其络合作用可以合成出碘三和碘五形式的溶液高聚碘；采用树脂法，通过离子交换，合成出了碘三、碘五和碘七形式的树脂高聚碘，此法简单可行。

The electric conductivity of solid polyiodides increases largely as the aggrandizement of polyiodide anions"polymerization degree. The solid polyiodides have excellent sterilizing effects and the effect of tetra-n-butyl ammonium undecaiodide is the best of them, and the sterilizing effects increase as the aggrandizement of polyiodide anions" polymerization degree. The sterilizing effects of resinic polyiodides increase as the aggrandizement of polyiodide anions polymerization degree, the heptaiodide resinic polyiodide has better sterilizing effects than the triiodide and pentaiodide.

固体高聚碘系列化合物的电导率随着高聚碘阴离子聚合度的增加而增加，并且增幅较大；固体高聚碘对常见细菌均具有很好的杀灭作用，并且随着高聚碘阴离子聚合度的增加，杀菌能力也随着增强，其中正四丁基十一碘化铵杀菌剂的效果最佳；树脂高聚碘随着高聚碘阴离子聚合度的增加，杀菌能力增强，碘七树脂高聚碘的杀菌效果要明显好于碘三树脂和碘五树脂高聚碘。

In solid phase process, the polyiodides, which include triiodide, pentaiodide, heptaiodide, nonaiodide and undecaiodide tetra-n-butyl ammonium iodide, tetrabutyl ammonium bromide and tetramethyl ammonium iodide poly-compounds, were synthesized by the low-heat solid phase reaction between iodine and tetra-n-butyl ammonium iodide, tetrabutyl ammonium bromide or tetramethyl ammonium iodide; In complexation process, solution polyiodides were synthesized by complexing action of different agents; In resinifying process, triiodide, pentaiodide, heptaiodide resinic polyiodides were synthesized by ion-exchange when the strong basicity styrene anion exchange resin, potassium iodide and iodine were used as raw materials.

固相法是用正四丁基碘化铵、四丁基溴化铵或四甲基碘化铵分别与碘作用，通过低热固相反应，合成出碘三、碘五、碘七、碘九和碘十一形式的正四丁基碘化铵、四丁基溴化铵或四甲基碘化铵的系列高聚碘化合物；在络合法合成溶液高聚碘的实验中，选用几种络合剂通过络合作用首次合成了溶液高聚碘；树脂法合成高聚碘的实验是采用强碱性苯乙烯系阴离子交换树脂、碘化钾和碘为原料，通过离子交换，合成了碘三、碘五和碘七形式的树脂高聚碘。

It suggested that supervising the occurrence of hyperthyroidism should be carried out when supplying iodine to all population in iodine deficiency area.So that we could scientifically control IDD.Conclusion:1. At present,higher and lower intake of iodine all existed among the patients with thyrocele and hyperthyroidism in ChongQing.

在轻度缺碘地区实施全民补碘措施时，应对甲状腺自身免疫异常的人群应进行甲亢病情监测及随防，同时对加碘食盐的使用实行个体化，以便更科学地防治碘缺乏病，并把补碘的副作用降到最低水平。

The effects of silver iodobromide tabular grain emulsions on their crystal morphologies and photographic sensitivities,caused by varying accommodation techniques,the distribution and the amount of iodides,have been discussed in this paper.

高感光度乳剂制备中，如何利用好碘的掺杂技术，对于提高乳剂感光性能起至关重要的作用，本文针对碘溴化银 T颗粒乳剂中不同的加碘方式、碘的不同分布及不同的加入量，对其晶型和感光性能的影响进行了综述。

Particularly, this product contains organic iodine, the absorption of organic iodine to animals is 3 times of the inorganic iodine, and the effect of organic iodine is 30 times of inorganic iodine, after the absorption by animals, they will stimulate the immune system inside body, therefore, to obtain the immunity against the virus strains including the swine influenza virus A/H1N1!

尤其是该制剂中含有的有机碘，动物对有机碘的吸收是无机碘的3倍，作用效果是无机碘的30倍，动物吸收后，会激发体内的免疫系统，从而获得对包括猪流感A/HINI病毒在内的毒株的免疫力！

Particularly, this product contains organic iodine, the absorption of organic iodine to animals is 3 times of the inorganic iodine, and the effect of organic iodine is 30 times of inorganic iodine, after the absorption by animals, they will stimulate the immune system inside body, therefore, to obtain the immunity against the virus strains including the Influenza A virus subtype H1N1!

尤其是该制剂中含有的有机碘，动物对有机碘的吸收是无机碘的3倍，作用效果是无机碘的30倍，动物吸收后，会激发体内的免疫系统，从而获得对包括甲型H1N1流感A/H1N1病毒在内的毒株的免疫力！

Molecular iodine has several hundred strong absorption lines near 532nm,several absorption lines were observed by using single-frequeny Nd:YVO4/KTP laser. There are new absorption lines which are not included in the nine groups recommended by CCDM in 1997.The wavelengths of these lines have been measured and the frequency stabilization investigated.

碘分子在532nm附近有上百条强的吸收谱线，采用单频Nd：YVO4／KTP激光对碘的一些吸收谱线作了观测，并进行了激光频率稳定的研究，这些吸收谱线是1997年9月国际米定义咨询委员会推荐作为频标的9组532nm碘吸收谱线之外的新的参考谱线。

与碘的相关的网络解释 [注：此内容来源于网络，仅供参考]

iodide：碘化物

碘(iodine)及碘化物(iodide) ,放射性碘的药理作用、临床应用、不良反应. 普萘洛尔辅助治疗甲亢、甲状腺危象的特点. 胰岛素(insulin)制剂、体内过程、药理作用、作用机制、临床应用、不良反应. 正规胰素、低精白锌胰素、珠蛋白锌胰素、精蛋白锌胰素的药效、药动学特点.

iodine value：碘值

(34)碘值(Iodine value) 表示有机物质不饱和程度的一种指标. 是1g样品所能吸收碘的质量百分数. 不饱和程度愈高,碘值愈大. (60)熔体指数(Melt index) 熔体指数简称MI,是反映热塑性树脂熔体流动特性及分子量大小的指标,在一定的温度和负荷下,

iodic：碘的

iodic acid 碘酸 | iodic 碘的 | iodid 碘化物

iodic：含碘的

iodo, 碘代 | iodic, 含碘的 | iodous, 亚碘的

iodic：碘的; 含碘的 (形)

iodate 碘酸盐 (名) | iodic 碘的; 含碘的 (形) | iodide 碘化物 (名)

iodiferous：有碘的

iodide 碘化物 | iodiferous 有碘的 | iodine 碘

iodinophilous：嗜碘的

iodinophilia 嗜碘性 | iodinophilous 嗜碘的 | iodo- 碘(化)

iodo：碘(化)

iodinophilous 嗜碘的 | iodo- 碘(化) | iodoacetamide 碘乙酰胺

iodous：亚碘的

iodic, 含碘的 | iodous, 亚碘的 | iodoform, 三碘甲烷,碘仿,form,仿

iodous：亚碘的; 似碘的 (形)

iodopsin 视紫蓝质 (名) | iodous 亚碘的; 似碘的 (形) | Iran 伊朗 (名)