This process is known as demineralization.
这个过程就是所知道的去矿化作用。
There are two methods of demineralization.
有两种脱矿质方法。
The dialysis principle can be used for demineralization of brackish water.
渗析原理的应用是除半咸水中的盐。
Objective To research the deciduous enamel demineralization caused by vinegar.
目的研究食醋对乳牙牙釉质的脱矿作用。
The agent can efficiently decrease the load of the electric demineralization unit.
该剂能够有效降低电脱盐装置的负荷。
Objective: To investigate the inhibition effects of Fluoride composite on enamel demineralization.
目的：明确含氟复合体对釉质脱矿的抑制效果。
Objective: To investigate the mechanism of the effect of Chinese nutgall on enamel demineralization.
目的：探讨五倍子水提取物影响牙釉质脱矿的机理。
Results Experimental group of enamel demineralization was significantly lower than the control group.
结果：实验组的釉质脱矿率明显比对照组低。
This modest amount of sodium bicarbonate prevents the potassium depletion and demineralization of bone.
这点碳酸氢钠量即可防止缺钾和骨质脱钙。
Chinese nutgall shows the effect of inhibiting enamel demineralization through acting on enamel matrix.
五倍子通过作用于釉质有机质达到抑制釉质脱矿的作用。
Conclusion: the prolonging demineralization of bone does not influence the matrix induced osteogenesis.
结论：骨延时脱钙不影响其成骨能力。
Radiographic studies confirmed bone demineralization and osteoporosis commonly seen in patients with RSD.
其放射学检查证实和骨质疏松症等骨骼水质常见于标准偏差。
Objective: To compare the demineralization on bovine enamel caused by two kinds of sugar-containing milk.
目的：比较两种含糖奶类对牙釉质的脱矿作用。
CEDI unit will perform a integral demineralization process of electrolysis, electrodialysis and ion-exchange.
塞股将演出积分除盐过程中的电解法，电渗析法和离子交换。
The results showed that these bacteria can make demineralization of tooth enamel and produce caries-like lesions.
结果表明这五种细菌都可以造成釉质脱矿，产生龋样损害。
The results proved that temperature was an important factor for the reactions in the demineralization and remineralization.
结果表明温度是影响脱矿和再矿化过程的重要因素。
Demineralization of enamel could alternate the hydroxyapatite crystals in their morphology, structures and chemical composites.
釉质脱矿可导致羟磷灰石晶体在形貌、结构以及成分上的改变。
Objective: To study the effect of resin without stuffing on preventing the enamel from demineralization for clinical application.
前言：目的：探讨无填料树脂预防釉质脱矿的作用，为临床应用提供实验依据。
The characteristic temperature of maceral concentrates after demineralization becomes lower than respective original concentrates.
原生矿物质对显微组分的燃烧有抑制作用，使燃烧特征温度升高。
The demineralization was less and no collagen fibers and bacteria were found in the inner layer. A transparent layer with calcific…
内层龋则轻度脱矿，未见溶解的胶原纤维，也无微生物，其下有钙化透明层。
Objective: To study the influence of different concentrations of Pu 'er tea, ripe tea on the demineralization rate of bovine incisors.
目的：研究不同浓度的普洱生茶、熟茶对牛切牙脱矿速率的影响。
The constant composition method was used to study the kinetics of demineralization on dentine crystal, hydroxylapatite and tooth enamel.
应用等组分晶体生长方法 ，研究了牙本质晶、羟基磷灰石、釉质晶脱矿动力学。
Conclusion the effects of 1.23% fluoride foam on the prevention of enamel demineralization during orthodontic treatment were remarkable.
结论1.23%的氟化泡沫对预防固定矫治过程中发生的釉质脱矿效果显著。
The demineralization was less and no collagen fibers and bacteria were found in the inner layer. A transparent layer with calcification...
内层龋则轻度脱矿，未见溶解的胶原纤维，也无微生物，其下有钙化透明层。
The inhibition of demineralization provided by 0.2% fluorid sodium or fluorid fatty acid mixture was studied and compared at the same time.
并同时观察了02％ 氟化钠及癸酸钠与氟化钠混合液抑制牙齿脱矿的作用。
Objective:To observe and compare the inhibitory effect of two concentrations of fluor protectors on demineralization of human enamel in vitro.
目的：观察和比较两种浓度氟保护漆在体外抑制人牙釉质脱矿的能力。
We performed multiple analyses of Tyrannosaurus rex (specimen MOR 1125) fibrous cortical and medullary tissues remaining after demineralization.
我们对霸王龙化石(标本mor 1125)脱矿质后残留的纤维皮质和髓质组织进行了复杂的分析。
The effect of chlorhexidine hydrofluoride in low concentration was observed during the process of the artificial demineralization of enamel with acid gel.
本文将合成的低浓度洗必太氟氢酸盐加入酸胶中，观察其在釉质脱矿过程中的作用，并用氟化钠对照。
Methods: After formed the enamel pellicles with saliva and MG1 in vitro, it was evaluated that the role of saliva and MG1 against enamel demineralization.
方法：以全唾液、腮腺唾液、颌下舌下腺唾液和纯化的MG1对实验牙釉质表面进行体外孵育以形成唾液获得性膜，观察此膜抗釉质脱矿作用。
The demineralization was less and no collagen fibers and bacteria were found in the inner layer. A transparent layer with calcification was found under it.
内层龋则轻度脱矿，未见溶解的胶原纤维，也无微生物，其下有钙化透明层。
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