1.
Collision between Dream and Soul: Scrutiny of "Dream" Text Structured by Can Xue;
灵与梦的碰撞——残雪构造的“梦”文本审视
2.
Acceptance·Sieve·Reconstruction-On CanXue Accepting from Kafka;
接受·过滤·重构—论残雪对卡夫卡的接受
3.
The Strange Narrator:The Manner of Narration and the Space Time Structure of Can Xue;
陌生的叙述者——残雪的叙述法和时空结构
4.
The Study of Magnetic Structure over Xuefeng Tectonic Belt and Its Adjacent Areas;
雪峰山构造带及其邻区磁性结构研究
5.
TECTONIC NATURE AND TECTONIC EVOLUTION OF THE "XUEFENG OLDLAND"IN THE CALEDONIAN STAGE
“雪峰古陆”加里东期的构造性质和构造演化
6.
Gold deposit type and its distribution characteristic in Snowberg arc structure belt
雪峰弧形构造带金矿类型及分布特征
7.
Multiple, rudimentary, and lowly organized structures are variable.
重复的、残留的及低等的构造易于变异。
8.
The poetic disciplinary of life established in imagination--on cultural meaning of Can Xue s short stories;
用想象建构的生命诗学——论残雪小说作品的文化价值观
9.
Poetic Establishment of the Allegory about Modern Individuals--The Real intention of Can Xue s novels in metaphor;
现代个人寓言的诗性建构——隐喻视野中的残雪小说本相
10.
Features and Evolution of Deep Structures in the Xuefeng Intracontinental Tectonic System
雪峰陆内复合构造系统：深部构造特征及其动力学演化
11.
Diachronous and progressive deformation during the Indosinian-Yanshanian movements of the Xuefeng Mountain intracontinental composite tectonic system
雪峰山陆内复合构造系统印支—燕山期构造穿时递进特征
12.
The remaining snow began to freeze again.
残留的雪又开始结冰。
13.
Characteristics and tectonic setting of Eocene shoshonite in Zaxue area of Tibet
西藏扎雪地区始新世钾玄岩特征及其构造环境
14.
The snow sometimes slips, forming snowslides.
雪有时会滑落，造成雪崩。
15.
The tuffaceous formation, isolated remnants, are about 200-250 ft thick.
凝灰岩构造的局部残存段的厚度约为200-250?铡?
16.
RELIC UHP STRUCTURES IN DABIE-SULU REGION, CHINA: STRUCTURAL EXPRESSION AND GEODYNAMIC SIGNIFICANCE
大别—苏鲁区残余超高压构造及其动力学意义
17.
Tectonic evolution of remnant oceanic basin and its implication for hydrocarbon
残余洋盆的大地构造演化及其油气意义
18.
Presents emphatically the design of the building envelopes, refrigeration system, fresh air dehumidification system and snowmaking system. Summarizes the design experience.
重点介绍了滑雪馆围护结构、制冷系统、新风除湿系统和造雪系统的设计，并总结了设计体会。