Plutonic rocks consisting of pyroxene, pigeonite and plagioclase, the source of cumulate eucrites.

包括辉石、易变辉石、和长石等火成岩，来自于推喷发。

Cumulate plagioclase appears abruptly at the base of the F unit, which rests on an erosional disconformity .

堆长石在位于整合之上F单元基底突然出现。

CONCLUSION: Glutamate cumulate in ectocytic accumulation may be concerned with malabsorption due to EAAT1 down-regulation after infrasonic brain damages.

在次声脑损伤后,谷氨酸在细胞外堆,可能与谷氨酸转运蛋白1下调导致谷氨酸重吸收障碍有关。

The fading correction and its corresponding calculation method were specially introduced in this paper for improving the accuracy of the environment cumulate kerma.

为了提高环境累比释动能测量准确度，特别介绍了环境剂量计衰退修正及其计算方法。

Plutonic rocks consisting of pyroxene, pigeonite and plagioclase, the source of cumulate eucrites.

包括辉石、易变辉石、和长石等火成岩，来自于推积性的喷发。

Cumulate plagioclase appears abruptly at the base of the F unit, which rests on an erosional disconformity .

堆积的长石在位于侵蚀假整合之上的F单元的基底突然出现。

CONCLUSION: Glutamate cumulate in ectocytic accumulation may be concerned with malabsorption due to EAAT1 down-regulation after infrasonic brain damages.

在次声脑损伤后,谷氨酸在细胞外堆积,谷氨酸转运蛋白1下调导致谷氨酸重吸收障碍有关。

The fading correction and its corresponding calculation method were specially introduced in this paper for improving the accuracy of the environment cumulate kerma.

为了提高环境累积比释动的测量准确度，特别介绍了环境剂量计的衰退修正及其计算方法。

Plutonic rocks consisting of pyroxene, pigeonite and plagioclase, the source of cumulate eucrites.

包括辉、易变辉、长等火成岩，来自于推积性的喷发。

Cumulate plagioclase appears abruptly at the base of the F unit, which rests on an erosional disconformity .

堆积的长在位于侵蚀假整合之上的F单元的基底现。

CONCLUSION: Glutamate cumulate in ectocytic accumulation may be concerned with malabsorption due to EAAT1 down-regulation after infrasonic brain damages.

在次声脑损伤后,谷氨酸在细胞外堆积,可能与谷氨酸转运蛋白1下调导致谷氨酸重吸收障碍有关。

The fading correction and its corresponding calculation method were specially introduced in this paper for improving the accuracy of the environment cumulate kerma.

为了提高环境累积比释动能的测量准确度，特别介绍了环境剂量计的衰退修正及其计算方法。

Plutonic rocks consisting of pyroxene, pigeonite and plagioclase, the source of cumulate eucrites.

包括、变、和长等火成岩，来自于推积性的喷发。

Cumulate plagioclase appears abruptly at the base of the F unit, which rests on an erosional disconformity .

堆积的长在位于侵蚀假整合之上的F单元的基底突然出现。

CONCLUSION: Glutamate cumulate in ectocytic accumulation may be concerned with malabsorption due to EAAT1 down-regulation after infrasonic brain damages.

在损伤后,谷氨酸在细胞外堆积,可能与谷氨酸转运蛋白1下调导致谷氨酸重吸收障碍有关。

The fading correction and its corresponding calculation method were specially introduced in this paper for improving the accuracy of the environment cumulate kerma.

为了提高环境累积比释动能的测量准确度，特别介绍了环境剂量计的衰退修正及其计算方法。

Plutonic rocks consisting of pyroxene, pigeonite and plagioclase, the source of cumulate eucrites.

包括辉石、易变辉石、和长石等火成岩，来自于推积性的喷发。

Cumulate plagioclase appears abruptly at the base of the F unit, which rests on an erosional disconformity .

堆积的长石在位于侵蚀假整合之上的F单元的基底突然出现。

CONCLUSION: Glutamate cumulate in ectocytic accumulation may be concerned with malabsorption due to EAAT1 down-regulation after infrasonic brain damages.

在次声脑损伤后,谷氨酸在细胞外堆积,可能与谷氨酸转运蛋白1下调导致谷氨酸重吸收障碍有。

The fading correction and its corresponding calculation method were specially introduced in this paper for improving the accuracy of the environment cumulate kerma.

了提高环境累积比释动能的测量准确度，特别介绍了环境剂量计的衰退修正及其计算方法。

Plutonic rocks consisting of pyroxene, pigeonite and plagioclase, the source of cumulate eucrites.

包括、易、和长等火成岩，来自于推积性的喷发。

Cumulate plagioclase appears abruptly at the base of the F unit, which rests on an erosional disconformity .

堆积的长位于侵蚀假整合之上的F单元的基底突然。

CONCLUSION: Glutamate cumulate in ectocytic accumulation may be concerned with malabsorption due to EAAT1 down-regulation after infrasonic brain damages.

次声脑损伤后,谷氨酸细胞外堆积,可能与谷氨酸转运蛋白1下调导致谷氨酸重吸收障碍有关。

The fading correction and its corresponding calculation method were specially introduced in this paper for improving the accuracy of the environment cumulate kerma.

为了提高环境累积比释动能的测量准确度，特别介绍了环境剂量计的衰退修正及其计算方法。

Plutonic rocks consisting of pyroxene, pigeonite and plagioclase, the source of cumulate eucrites.

包括辉石、易变辉石、和长石等火成岩，来自于推积性的喷发。

Cumulate plagioclase appears abruptly at the base of the F unit, which rests on an erosional disconformity .

堆积的长石在位于侵蚀假整合之上的F单元的基底突然出现。

CONCLUSION: Glutamate cumulate in ectocytic accumulation may be concerned with malabsorption due to EAAT1 down-regulation after infrasonic brain damages.

在次声脑损伤后,谷氨酸在细胞外堆积,可能与谷氨酸转运蛋白1下调导致谷氨酸重吸有关。

The fading correction and its corresponding calculation method were specially introduced in this paper for improving the accuracy of the environment cumulate kerma.

为了提高环境累积比释动能的测量准确度，特别介绍了环境剂量计的衰退修正及其计算方法。

Plutonic rocks consisting of pyroxene, pigeonite and plagioclase, the source of cumulate eucrites.

包括辉、易变辉、和火成岩，来自于推积性喷发。

Cumulate plagioclase appears abruptly at the base of the F unit, which rests on an erosional disconformity .

堆积在位于侵蚀假整合之上F单元突然出现。

CONCLUSION: Glutamate cumulate in ectocytic accumulation may be concerned with malabsorption due to EAAT1 down-regulation after infrasonic brain damages.

在次声脑损伤后,谷氨酸在细胞外堆积,可能与谷氨酸转运蛋白1下调导致谷氨酸重吸收障碍有关。

The fading correction and its corresponding calculation method were specially introduced in this paper for improving the accuracy of the environment cumulate kerma.

为了提高环境累积比释动能测量准确度，特别介绍了环境剂量计衰退修正及其计算方法。

Plutonic rocks consisting of pyroxene, pigeonite and plagioclase, the source of cumulate eucrites.

包括辉石、易变辉石、和长石等火成岩，来自推积性。

Cumulate plagioclase appears abruptly at the base of the F unit, which rests on an erosional disconformity .

堆积长石在蚀假整合之上F单元基底突然出现。

CONCLUSION: Glutamate cumulate in ectocytic accumulation may be concerned with malabsorption due to EAAT1 down-regulation after infrasonic brain damages.

在次声脑损伤后,谷氨酸在细胞外堆积,可能与谷氨酸转运蛋白1下调导致谷氨酸重吸收障碍有关。

The fading correction and its corresponding calculation method were specially introduced in this paper for improving the accuracy of the environment cumulate kerma.

为了提高环境累积比释动能测量准确度，特别介绍了环境剂量计衰退修正及其计算方法。