内容标题
×
内容
绑定机构
扫描成功
请在APP上操作
打开万方数据APP，点击右上角"扫一扫"，扫描二维码即可将您登录的个人账号与机构账号绑定，绑定后您可在APP上享有机构权限，如需更换机构账号，可到个人中心解绑。
登录机构账号
登录 / 注册
登录 / 注册
机构登录
学习中心
个人中心
社区
退出
简
繁
学习中心
应用
会员
这是测试提示消息
首页
>
期刊导航
>
环境工程技术学报
环境工程技术学报
Journal of Environmental Engineering Technology 환경공정기술학보
CSCD(2023-2024)
CSTPCD(2023)
北大核心(2023)
主办单位：
中国环境科学研究院
主编：
李海生
出版周期：
双月刊
语种：
中文
国际刊号：
1674-991X
国内刊号：
11-5972/X
影响因子：
3.05
文献量：
1819
被引量：
15599
下载量：
70650
基金论文量：
1576
电话：
010-84915126
邮政编码：
100012
地址：
北京市朝阳区安外大羊坊8号 中国环境科学研究院
文章浏览
特色栏目
统计分析
期刊简介
征稿启事
DOI服务
[{"name":"流域/区域保护与修复","count":97,"id":1},{"name":"水污染治理技术","count":91,"id":2},{"name":"土壤与固废污染控制与管理","count":76,"id":3},{"name":"流域污染治理技术","count":76,"id":4},{"name":"环境风险评估与管理","count":73,"id":5},{"name":"大气污染治理技术","count":72,"id":6},{"name":"水污染控制治理与资源化技术","count":70,"id":7},{"name":"水污染控制","count":68,"id":8},{"name":"水污染治理","count":67,"id":9},{"name":"大气/废气污染控制与管理","count":55,"id":10},{"name":"生态修复","count":39,"id":11},{"name":"环境影响评价研究与实践——献礼《环评法》颁布20周年","count":31,"id":12},{"name":"生态修复与风险评估","count":31,"id":13},{"name":"大气污染控制治理与节能减排技术","count":30,"id":14},{"name":"大气污染控制与管理","count":27,"id":15},{"name":"流域污染治理与管理技术","count":26,"id":16},{"name":"环保产业政策与管理","count":25,"id":17},{"name":"降碳减污","count":25,"id":18},{"name":"其他","count":23,"id":19},{"name":"辽河保护区治理与保护研究专题","count":21,"id":20},{"name":"土壤污染治理技术","count":19,"id":21},{"name":"特别约稿","count":18,"id":22},{"name":"特色研究专栏","count":18,"id":23},{"name":"环境风险评价与管理","count":17,"id":24},{"name":"环境风险评估与管理技术","count":17,"id":25},{"name":"固体废物污染治理技术","count":16,"id":26},{"name":"土壤与固体废物污染控制与管理","count":16,"id":27},{"name":"大气污染治理","count":15,"id":28},{"name":"土壤及固体废物污染治理","count":14,"id":29},{"name":"流域∕区域保护与修复","count":14,"id":30},{"name":"驻点研究巡礼","count":14,"id":31},{"name":"流域污染治理","count":13,"id":32},{"name":"环境基准与标准制定和管理技术专题","count":13,"id":33},{"name":"区域协同治理与修复","count":12,"id":34},{"name":"固体废物处理处置与资源化技术","count":12,"id":35},{"name":"\"焦化污染场地智能修复\"特色研究专栏","count":11,"id":36},{"name":"环境监测与监控技术","count":11,"id":37},{"name":"生物生态工程与恢复技术","count":11,"id":38},{"name":"化学物质环境风险评估与生态毒理分析技术","count":10,"id":39},{"name":"行业污染治理技术及评价","count":10,"id":40},{"name":"土壤与固体废物治理技术","count":9,"id":41},{"name":"打好碧水保卫战特色研究专栏","count":9,"id":42},{"name":"湖泊营养物基准标准专题","count":9,"id":43},{"name":"重点行业危险废物环境管理专栏","count":9,"id":44},{"name":"固体废物污染防治与资源化技术","count":8,"id":45},{"name":"固体废物治理技术","count":8,"id":46},{"name":"土壤污染防治与综合管理技术","count":8,"id":47},{"name":"城市黑臭水体治理案例专栏","count":8,"id":48},{"name":"我国危险废物风险管理研究专题","count":8,"id":49},{"name":"支撑重点流域“十四五”规划系列专栏———辽河流域","count":8,"id":50},{"name":"污染物深度控制技术需求方向分析","count":8,"id":51},{"name":"环保产业政策及动态","count":8,"id":52},{"name":"环境风险源识别与管理技术专题","count":8,"id":53},{"name":"生态工程与恢复技术","count":8,"id":54},{"name":"南湖水质改善与生态修复成果专栏","count":7,"id":55},{"name":"地下水治理","count":7,"id":56},{"name":"微纳米气泡相关研究与应用专栏","count":7,"id":57},{"name":"流域/区域流域/区域保护与修复","count":7,"id":58},{"name":"湖泊区域差异性研究与评价技术专题","count":7,"id":59},{"name":"辽河保护区河流健康修复与管理技术集成专栏","count":7,"id":60},{"name":"\"长江流域城市水生态环境综合整治对策\"特色研究专栏","count":6,"id":61},{"name":"土壤与固体废物污染治理","count":6,"id":62},{"name":"废气量控制技术需求方向分析","count":6,"id":63},{"name":"水质净化与生态修复","count":6,"id":64},{"name":"污染控制评估与规划技术","count":6,"id":65},{"name":"流域问题辨识与对策","count":6,"id":66},{"name":"环境基准与标准制定","count":6,"id":67},{"name":"行业动态","count":6,"id":68},{"name":"\"突发环境污染事件应急处置\"特色研究专栏","count":5,"id":69},{"name":"世界环境日---“改善环境质量 推动绿色发展”专题","count":5,"id":70},{"name":"减污降碳协同增效","count":5,"id":71},{"name":"土壤环境治理","count":5,"id":72},{"name":"流域污染控制","count":5,"id":73},{"name":"湿地与关键生物栖息地生态修复技术专题","count":5,"id":74},{"name":"特别策划:“山水林田湖草”特色研究专栏——庆祝中华人民共和国成立70周年主题宣传","count":5,"id":75},{"name":"环境技术管理与评估体系建设技术","count":5,"id":76},{"name":"生态修复技术及环境风险评估","count":5,"id":77},{"name":"生态环境保护与修复","count":5,"id":78},{"name":"碳减排与清洁生产","count":5,"id":79},{"name":"行业污染控制评估与规划技术","count":5,"id":80},{"name":"\"人工湿地深度净化城镇污水处理厂尾水\"特色研究专栏","count":4,"id":81},{"name":"“突发环境污染应急处置”特色研究专栏","count":4,"id":82},{"name":"兴凯湖流域生态环境保护专栏","count":4,"id":83},{"name":"固体废物治理","count":4,"id":84},{"name":"基于循环经济与污染综合防治技术","count":4,"id":85},{"name":"水污染控制治理及资源化技术","count":4,"id":86},{"name":"污染治理技术","count":4,"id":87},{"name":"特别关注","count":4,"id":88},{"name":"环境管理","count":4,"id":89},{"name":"行业污染治理技术及评估","count":4,"id":90},{"name":"化学物质环境风险评估技术与管理","count":3,"id":91},{"name":"大气环境管理","count":3,"id":92},{"name":"新污染物及控制","count":3,"id":93},{"name":"水污染控制治理资源化技术","count":3,"id":94},{"name":"环境管理技术","count":3,"id":95},{"name":"生态工程恢复技术与管理","count":3,"id":96},{"name":"生物毒理分析与治理技术","count":3,"id":97},{"name":"行业污染治理技术","count":3,"id":98},{"name":"行业污染治理技术评估","count":3,"id":99},{"name":"专家视点","count":2,"id":100},{"name":"噪声污染控制技术","count":2,"id":101},{"name":"地下水资源保护与污染防治","count":2,"id":102},{"name":"基于循环经济的污染综合防治技术","count":2,"id":103},{"name":"工业园区环境风险评估管理技术","count":2,"id":104},{"name":"征稿启事","count":2,"id":105},{"name":"打赢蓝天保卫战专论","count":2,"id":106},{"name":"投稿须知","count":2,"id":107},{"name":"水资源保护与利用","count":2,"id":108},{"name":"污染控制技术评估","count":2,"id":109},{"name":"流域污染治理与评价","count":2,"id":110},{"name":"流域环境治理","count":2,"id":111},{"name":"清洁生产与生态工业技术","count":2,"id":112},{"name":"热点论坛","count":2,"id":113},{"name":"环境基准与标准制定和管理技术","count":2,"id":114},{"name":"环境政策与管理","count":2,"id":115},{"name":"环境毒理与健康","count":2,"id":116},{"name":"科技快讯","count":2,"id":117},{"name":"综述","count":2,"id":118},{"name":"行业污染治理技术与评价","count":2,"id":119},{"name":"区域生态环境","count":1,"id":120},{"name":"固体废物处置与资源化技术","count":1,"id":121},{"name":"固体废物资源化","count":1,"id":122},{"name":"废气量控制技术管理体系","count":1,"id":123},{"name":"欢迎订阅","count":1,"id":124},{"name":"水毒性控制与管理技术","count":1,"id":125},{"name":"海绵城市建设","count":1,"id":126},{"name":"热污染及防治","count":1,"id":127},{"name":"特别报道","count":1,"id":128},{"name":"环境保护技术验证与评估体系建设技术","count":1,"id":129},{"name":"环境监测技术","count":1,"id":130},{"name":"生态修复技术评价","count":1,"id":131},{"name":"生态建设与生态修复","count":1,"id":132},{"name":"行业动态——农村生活污水","count":1,"id":133},{"name":"行业动态——地面火炬","count":1,"id":134},{"name":"行业动态——道路抑尘","count":1,"id":135},{"name":"行业动态——钻开液","count":1,"id":136},{"name":"行业污染控制评估","count":1,"id":137}]
全部
近一年
近三年
近五年
查看更多栏目
<
1
/
1
>
排序：
年/期
被引
下载
批量选择
（已选择）
0
条
清除
导出
共有
97
篇文献
题名
北京市北沙河小流域非点源氮、磷负荷估算与源解析
文摘阅读
84
下载
12
第三方链接
0
被引
9
作者: 席浩郡 刘贝贝 黄雅娟 马雪庆 邓雅静 刘芙妤 朱洪涛 孙德智
年/期：2021/2
被引：9
下载：12
白塔堡河底泥DOM组成结构的荧光光谱与多元统计模型表征
文摘阅读
89
下载
15
第三方链接
0
被引
17
作者: 刘东萍 高红杰 崔兵 于会彬 杨芳
年/期：2021/2
被引：17
下载：15
基于水文模型的缺资料流域缺水特征分析——以岷江茫溪河流域为例
文摘阅读
80
下载
19
第三方链接
0
被引
8
作者: 凌冰 刘晓波 黄伟 陈学凯
年/期：2021/2
被引：8
下载：19
芹菜面源污染防治种植模式综合效益评估
文摘阅读
73
下载
11
第三方链接
0
被引
2
作者: 叶家慧 胡梦甜 韩永伟 高馨婷 刘辉
年/期：2021/2
被引：2
下载：11
辽宁省辽河流域水生态完整性恢复的实践与启示
文摘阅读
102
下载
33
第三方链接
0
被引
16
作者: 袁哲 许秋瑾 宋永会 魏健 段亮 郜玉楠 傅金祥
年/期：2021/1
被引：16
下载：33
变化条件下官厅水库的水量平衡过程研究
文摘阅读
84
下载
28
第三方链接
1
被引
2
作者: 秦政 雷坤 黄国鲜 孙明东 代丹 程全国
年/期：2021/1
被引：2
下载：28
雄安新区1995—2019年土地利用变化对生态系统服务价值的影响
文摘阅读
98
下载
40
第三方链接
0
被引
23
作者: 侯春飞 韩永伟 孟晓杰 刘丽香
年/期：2021/1
被引：23
下载：40
首页
上一页
7
8
9
10
src='', frameborder='0',name='_blank', scrolling='no')
分享到微信朋友圈
打开微信，点击底部的“发现”，使用“扫一扫”即可将网页分享到我的朋友圈。
