无机质

词组短语

inorganic substance

与无机质相关的网络例句 [注：此内容来源于网络，仅供参考]

As a representative sulfur hot spring, the spa is good for those who have difficulties with breathing, neuralgia, rheumatism, skin disease, chilblains, bruises, prickly heat and leucorrhoea. Other than sulfur, the water also contains over 20 kinds of inorganic matters such as silicon, chlorine, calcium and iron.

这里的温泉是典型的硫磺温泉，除了硫磺外，还有硅、氯、钾、铁等20多种无机质，对呼吸系统疾病、神经痛、风湿、皮肤病、冻伤、挫伤、痱子、寒症等有疗效。

This product is a kind of inorganic fibers.

本产品是一种无机质纤维。

Dose-dependent toxic effects in primary cultured astroglia could be induced by exposed to iAsⅢ or iAsⅤ within the concentrations of 25～100 μmol/L or 100～500 μmol/L, respectively.

接触最少25 μmol/L的3价无机砷或100 μmol/L的5价无机砷对星型胶质细胞可产生明显的毒性损伤作用。3价无机砷的毒性明显大于5价无机砷。

Dose-dependent toxic effects in primary cultured astroglia could be induced by exposed to iAsi or iAsv within the concentrations of 25～100μmol/L or 100～500 μmol/L, respectively.

接触最少25μmol／L的3价无机砷或100μmol／L的5价无机砷对星型胶质细胞可产生明显的毒性损伤作用。3价无机砷的毒性明显大于5价无机砷。

Based on airpollution reports on this area, this paper concluded therelic-corrosion mechanism and phenomenon by dust, the relicserosion and reaction by acid rain, inorganic relic rustingand organic relic decolour by SO[,2],NO[,2],CO[,2],O[,3], andother g

该文根据近年来关于大气环境污染的报导，着重论述了尘埃对文物损害的机理和现象，酸雨对文物的腐蚀过程和反应机理，以及SO[，2]，NO[，2]，CO[，2]和O[，3]等气态污染物使无机质文物老化、生锈，有机质文物脱色、褪色的原因。

Based on airpollution reports on this area, this paper concluded therelic-corrosion mechanism and phenomenon by dust, the relicserosion and reaction by acid rain, inorganic relic rustingand organic relic decolour by SO[,2],NO[,2],CO[,2],O[,3], andother

该文根据近年来关于大气环境污染的报导，着重论述了尘埃对文物损害的机理和现象，酸雨对文物的腐蚀过程和反应机理，以及SO[，2]，NO[，2]，CO[，2]和O[，3]等气态污染物使无机质文物老化、生锈，有机质文物脱色、褪色的原因。

Organic matrixs coming from cells play role in nucleation, growth, morphology, polymorphology of inorganic materials. This control of organic matrixs are mainly behaved by the interfaction between organic matrix and inorganic materials .The processing of organic matrix controlling inorganic material is called as molecular recognition. The mechanism of organic-inorganic molecular recognition contains three facts such as electrostatic attraction, lattice geometry matching and stereochemical complimentary.

细胞分泌的有机基质在无机矿物的成核，生长，形貌，多型和结晶学定向等过程中起到了调控作用，基质对矿化的这种调控作用具体表现在有机或生物大分子和无机离子在界面上的相互作用，有机质对无机晶体的成核，生长，晶形及结晶学定向等的控制过程称为分子识别，有机-无机界面分子识别机制主要包括静电作用，晶格几何匹配和立体化学互补三个方面。

Pristine Li-Al LDHs are synthesized by hydrothermal process in different reaction conditions by varying the aging time for 1 and 24 hours. Both the Li-Al layered double hydroxides (abbreviated as Li-Al LDH1 and Li-Al LDH24 for aging time 1 hour and 24 hours, respectively) were modified by using sulphanilic acid sodium salt hydrate, modified agent to form modified Li-Al LDH1-SAS and Li-Al LDH24-SAS. The morphology of the pristine layered double hydroxides are investigated by using wide angle X-rays diffraction, scanning electron microscopy and particle size analyzer which indicates that the crystallinity and aspect ratio is increased with increasing the aging time from 1 hour to 24 hours. The particle size of Li-Al LDH24 and Li-Al LDH1 are found to be ~1000 nm and ~250 nm, respectively. Both the pristine and modified LDHs are characterized by XRD, FTIR spectra and thermogravimetric analysis.

本研究目的在於改变长晶时间的长短，合成出同径大小的Li-Al LDHs，再经由改质剂sulphanilic acid sodium salt hydrate将Li-Al LDHs无机层材表面有机官能化制备出改质型Li-Al LDHs-SAS，於是进一步藉由扫描式电子显微镜、射径仪和穿透式电子显微镜等仪器分别观察LDHs改质前和改质后其主层结构型态上的变化；从中可以发现Li-Al LDHs随著长晶时间的增加其径有随之增大的趋势，但经有机化改质后其径会由於改质环境的影响明显低许多，针对此现象本实验将未改质和改质后之Li-Al人工无机层材制备成复材进一步探讨其在热性质和难燃特性上的为表现。

The morphology of the mineral dependents on the solution characteristics. The main component of mineral was hydroxyapatite containing a little of CO32- group which the Ca/P ratio is 1.53, similar to the major mineral component of bone tissue. The porosities of the mineralized and unmineralized 3-D porous PLGA were (84.86±8.52)% and(79.70±7.70)% respectively. The biomechanical strength was 0.784±0.156 N/mm2 in unmineralized PLGA and 0.858±0.145N/mm2 in mineralized PLGA.

结果：PLGA经碱性溶液水解处理后表面亲水性明显增强，在0.5倍SBF中仅有少量矿物沉积，在SBF及1.5倍SBF中矿化后表面可以形成明显的矿化物；矿化物的形态与矿化液的浓度有关；矿化物主要成分为羟基磷灰石，含有碳酸根成分，钙磷比为1.53，类似于人骨无机质。

Of corpse would is putrefied very quickly and then, tooth and skeleton because of organic quality less, have no machine quality more, but can keep longer time.

古代动物死后，尸体的内脏、肌肉等柔软的组织很快便会腐烂，牙齿和骨骼因为有机质较少，无机质较多，却能保存较长的时间。

与无机质相关的网络解释 [注：此内容来源于网络，仅供参考]

bilirubin：胆红质

血清是液体,大部份是水份,其余是可溶性的分子,其中以血清蛋白占最大部份,每百公分中占六点五克左右;其余是盐份,各种无机盐类,少量的醣份尤其是葡萄糖,氨基酸,有机物如尿素、肌氨酸酐(creatinine)代谢排出物如胆红质(bilirubin),以及在不正常情形

mineral colza oil：重质灯油

mineral colloid 无机胶体 | mineral colza oil 重质灯油 | mineral deposit 矿床

humus sludge：腐植质污泥

digested sludge 消化污泥 | humus sludge 腐植质污泥 | mineral sludge 矿质污泥,无机污泥

inorganic aggregates for use in gypsum plaster：石膏陶瓷用无机质骨料

l9013 石膏混凝土 gypsum co... | l9014 石膏陶瓷用无机质骨料 inorganic aggregates for use in gypsum plaster | l9015 石灰和石灰制品取样方法、检查、包装和标记方法 sampling, inspection, packing and marking of...

inane：空洞无物;无限空间;空的;空虚的;空洞的

inalterability 不变性 | inane 空洞无物;无限空间;空的;空虚的;空洞的 | inanimate matter 无机质

inanimate matter：无机质

inane 空洞无物;无限空间;空的;空虚的;空洞的 | inanimate matter 无机质 | Inapertisporites 无孔单胞孢属 ;无孔孢属

mineralization：矿质化

生化反应乃将有机化合物分解为无机化合物,或其组成元素,是谓矿质化(mineralization). 微生物主司此类化学转变,以下以氮、碳与硫等解释其现象. 自我测验1. 地球上资源为何需重循环?2. 矿质化过程中,所发生为何?

osteoclast：蚀骨细胞

有机质:包含骨基质(95%胶原蛋白)和细胞,细胞:成骨细胞、(Osteoblast),蚀骨细胞(Osteoclast)及骨细胞). 无机质:包含磷酸钙,碳酸盐,钠镁,钾,氟化物及氯化物. 非药物辅助治疗:钙与维他命的摄取(Calcium and vitamin D intake)物理治疗 :适当的运动.

mass spectroscopy：质谱学

利用质谱仪进行原子量的测定、同位素分离与分析、有机物结构分析、无机元素含量分析和其他科学实验就形成质谱法(mass spectrometry)或质谱学(mass spectroscopy).

Mineral nutrients：矿质养分

无机矿物:inorganic mineral | 矿质养分:Mineral nutrients | 共生矿物:coexistent mineral triplets