SRP
SRP的相关文献在1994年到2022年内共计111篇,主要集中在自动化技术、计算机技术、无线电电子学、电信技术、化学工业
等领域,其中期刊论文73篇、专利文献38篇;相关期刊64种,包括中外企业家、技术经济、太原城市职业技术学院学报等;
SRP的相关文献由247位作者贡献,包括孙敏华、李林林、董嘉文等。
SRP
-研究学者
- 孙敏华
- 李林林
- 董嘉文
- 袁建丰
- 赖华平
- 李怡
- 丁少为
- 何兴道
- 何芸
- 关海欣
- 刘云凤
- 刘彬
- 刘昊
- 吴建辉
- 孙思明
- 孙明
- 孙琦
- 宁保安
- 尹明婕
- 常岳
- 张意秋
- 张江
- 彭媛
- 徐乐天
- 时俊亮
- 时龙兴
- 李凡池
- 李秀英
- 柳明
- 柴洪杰
- 申红
- 白家磊
- 罗静
- 肖冰
- 胡昊
- 钱晓晴
- 陈华伟
- 雷振明
- 马亚南
- 马美琪
- 马金龙
- 高志贤
- 齐志
- Darren Mar-Elia
- Hari K. Pant
- Jingyu Wang
- Keisuke Nakashima
- Maki Inoue
- Masaki Morishita
- Michihiko Usui
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肖冰;
何芸
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摘要:
"双创"教育背景下,学生研究项目(SRP)的教育方式越来越受到关注.通过SRP与传统知识传授、实训项目、专业教学相比,可以看出SRP在培养思维、厘清实际问题、跨界学习等方面的优越性,提出高职院校深化SRP教育改革的策略.
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于超越;
于超群
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摘要:
为了培养高素质的创新型人才,国内很多本科院校特别是研究型大学相继实施SRP计划.其实,SRP对于高职院校的人才培养也有重要的指导意义.本文在对SRP的实施现状进行分析的基础上,重点阐述了高职院校实施SRP的重要性以及具体的实施策略,并对高职院校开展SRP进行了初步的探讨.
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王向阳;
林友杨;
冉瑞江
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摘要:
针对钢筋混凝土等基础结构容易遭到破坏的问题,选择高强度SRP材料加固钢筋混凝土作为研究对象,借助有限元分析软件AOTUDYN开展研究工作.通过显示动力分析软件AOTUDYN对选取的试件建立模型.利用SRP材料分三种加固方式对钢筋混凝土进行加固,并通过计算分析爆炸情况下各个测点的速度时程曲线及位移时程曲线,对比未加固RC和加固RC的爆炸响应.利用位移峰值、残余位移值等指标,全面研究SRP材料加固层数与抗爆性能间的关系.结果表明,SRP材料能够进一步改善钢筋混凝土抗爆性能.%Aiming at the problem that the concrete structure is easy to be destroyed, the high strength SRP material as the research object is used to strengthen the reinforced concrete, and using the finite element analysis software AOTUDYN to carry out the research work in this paper.First of all, the dynamic analysis software AOTUDYN is used to establish the model.Then, the SRP materials are divided into three kinds to reinforce concrete, and the velocity curve and displacement curve of each measuring point are analyzed.In addition, comparisons are made for the explosion responses of no reinforcement RC and reinforcement of RC.Finally, the relationship of SRP reinforcement layers and the anti explosion performance through the displacement peak value and residual displacement value are studied.The results show that SRP materials can further improve the antiknock performance of reinforced concrete.
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Yuriko Hieda;
Michihiko Usui;
Taiji Nakamura;
Masaki Morishita;
Tomoya Hanatani;
Yuki Moritani;
Yukiko Koga;
Shingo Kasai;
Maki Inoue;
Keisuke Nakashima
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摘要:
Objectives: Several researchers have investigated inflammatory cytokines in gingival crevicular fluid (GCF) from chronic periodontitis with clinical parameters after periodontal treatment. The aim of the present study was to identify the inflammatory cytokines present in GCF associated with periodontal pocket healing after scaling and root planing (SRP). Methods: Twenty patients were enrolled, and clinical examinations including probing pocket depth (PPD) and bleeding on probing (BOP) were performed at the first visit, and before and after SRP. The periodontal epithelial surface area (PESA) and periodontal inflamed surface area (PISA) were also calculated. GCF samples were collected before and after SRP to measure the levels of 40 inflammatory cytokines using antibody array. Correlations between changes in cytokine levels and clinical improvements were assessed by single and multiple regression analyses. Results: PPD, PESA and PISA significantly decreased after SRP, while there were no significant differences in the levels of cytokines before (PreSRP) and one week after SRP (PostSRP). Clinical improvements (ΔPPD, ΔPESA and ΔPISA) were calculated using the formula PreSRP-PostSRP, while changes in the levels of inflammatory cytokines were calculated using three formulas: PreSRP-PostSRP, PostSRP/PreSRP and Log(PostSRP/PreSRP). Log (PostSRP/PreSRP) for interleukin-1β (IL-1β) significantly correlated with ΔPESA (R = -0.512). PostSRP/PreSRP and Log(PostSRP/PreSRP) for intercellular adhesion molecule 1 (ICAM-1) significantly correlated with ΔPISA (R = -0.669, -0.573). Two good fit models were generated by multiple linear regression. Log(PostSRP/PreSRP) for IL-1β significantly affected ΔPESA (R2 = 0.566). PostSRP/PreSRP for ICAM-1 significantly affected ΔPISA (R2 = 0.615). Conclusion: Changes (PreSRP-PostSRP) in any cytokines in GCF after SRP were not associated with clinical improvements. However, the present study indicates that lower PostSRP/PreSRP ratios for IL-1β and ICAM-1 in GCF lead to a greater decrease in PESA and PISA, respectively. Periodontal pocket healing might be affected by a decreased ratio of inflammatory cytokines such as IL-1β and ICAM-1 at an early stage after SRP.
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姚昆;
吴亮;
相恒星;
何超;
刘汉湖
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摘要:
[目的]了解凉山地区2000—2010年生态环境脆弱性动态变化状况,为地区生态环境治理与保护提供参考依据。[方法]将RS与GIS技术相结合,以生态敏感性—生态恢复力—生态压力度(SRP)为模型选取16个评价指标,利用空间主成分综合与动态变化分析模型从时间与空间相结合角度,对凉山地区2000—2010年生态环境脆弱性动态变化进行定量分析。[结果]凉山地区生态环境脆弱性整体呈现南高北低的分布规律,就单一动态度而言潜在脆弱最大中度脆弱最小,就综合动态度分析该地区整体变化速度接近中度水平,而生态脆弱性综合指数则反映出该地区整体生态环境脆弱性有缓慢恶化趋势。[结论]凉山地区生态环境脆弱性空间分布规律明显,生态环境治理力度仍需加大。