曹靜(西北工業大學副教授)

曹靜，材料學博士（後），副教授， 中共黨員。2015年畢業於陝西師範大學材料科學與工程學院，2016年起留校陝西師範大學從事博士後工作。現任職於西北工業大學文化遺產研究院。

曹靜從事歷史文化遺產保護研究工作十餘年，研究工作主要涉及文物保護關鍵技術攻關、預防性保護技術成果轉化與裝備化設計及套用研究。

基本介紹

• 中文名：曹靜
• 畢業院校：陝西師範大學
• 職業：教師
• 代表作品：水陸畫修復與保護、《新時代高校思政課程與課程思政協同育人研究》、《古建築修復與保護：以青海省樂都區明代建築趙家寺工程為例》
• 主要成就：長江文化大使
  全國青年檔案業務骨幹
• 學位/學歷：博士
• 教學職稱：副教授
• 就職單位：西北工業大學
• 政治面貌：中共黨員  

人物經歷

2015.12-2022.12，陝西師範大學材料科學與工程學院專職科研教師。

2023.01-至今，西北工業大學文化遺產研究院教師。

主要貢獻

曹靜主持國家重點文物修復保護工程青海省西寧市沈那遺址與“鹹陽古渡”遺址保護方案設計，參與並負責灃西沙河古橋遺址的保護修繕方案設計和現場實驗。

在繼承和發揚傳統文化遺產保護的理念同時，將生物仿生技術研究融入到保護和修復基礎理念中，提出了通過微環境調控及仿生材料設計用於文化遺產保護的研究思路。並在在古籍善本及古舊書畫等紙質文物，壁畫，金屬類文物等多種文物基質以及大遺址保護領域都取得了突破性套用進展。現階段研究方向主要涉及大遺址保護地下水疏控防治研究、遺址病害與環境作用機理與治理研究。

相關研究成果先後獲得國家發明專利授權14項，英國發明專利授權1項。在Nature Communication、Heritage Science、Chemical Engineering Journal、Journal of Cultural Heritage、STUDIES IN CONSERVATION、Advanced Materials Interfaces、Polymers、Journal of Renewable Materials、Coatings、Sensing and Imaging等國際期刊以第一及通訊作者發表SCI論文20餘篇。

在江漢考古、建築與文化等國內期刊發表論文3篇；主持出版專著4部；主持出版教材3部。在人民網、新華網、光明網、人民網論壇、中國網文化中國等權威媒體撰文被多次轉發；主持國家級、省級以上科學基金及國家重大社科專項子課題5項；主持並完成省級以上文物保護工程實施及技術轉化十餘項。

所獲榮譽

曹靜獲得國家檔案局優秀科技成果獎二等獎；以及國家檔案局“全國青年檔案業務骨幹”稱號。

擔任Heritage Science，Coatings等期刊特邀審稿人。

擔任江蘇省文物保護學學會學術委員。

湖北省長江文化研究院“特約研究員”，被授予“長江文化大使”稱號。

科研成果

• 專利

[1] 曹靜，李玉虎，汪娟麗，楊鵬，陳華，方北松.A method for the insitu protection of wooden structure ruins in Northwest China(GB2609523),

[2] 曹靜，楊鵬.一種古遺址的地下水疏控管及其使用方法(ZL202010287041.9).

• 著作

[1] 王珏，寇翔，曹靜.新時代高校思政課程與課程思政協同育人研究.中國國際廣播出版社,2024-11-06

[2] 曹靜.水陸畫修復與保護.陝西人民出版社,2019-04-11

[3] 曹靜.古建築修復與保護：以青海省樂都區明代建築趙家寺工程為例.陝西人民出版社,2019-04-11

• 論文

[1] Analysis of microbial diversity and its degradation function in wooden piles at Shahe ancient bridge site in Xi’an and protection measures.Heritage Science,2024,2024,12:33

[2] Rosin reinforcement and protection of the unearthed outer coffin from the tomb of Marquis Yi of Zeng in Hubei, China.Heritage Science,2024,2024,12:247

[3] Study on the application of laser technology in the restoring and transformation of PbS on painted cultural relics.Journal of Cultural Heritage,2024,2024,455-456

[4] Strengthening and Protecting the Unearthed Wet Outer Coffin Wooden Cultural Relics: A Case ofthe Tomb of Marquis Yi of Zeng in Hubei, China.Mediterranean Archaeology & Archaeometry,2024,2024,24(2),1450

[5] Revealing the surface treatment techniques and degradation characteristics of textiles from a set of thangkas of the mid-Qing Dynasty (1776–1839 CE).Archaeological and Anthropological Sciences,2023,(2023) 15:72

[6] Amyloid-like aggregates of bovine serum albumin for extraction of gold from ores and electronic waste. Chemical Engineering Journal.Chemical Engineering Journal,2021,2021, 416, 129066

[7] Investigation and analysis of groundwater-derived damage to the Shahe ancient bridge site in Xi’an, China.Heritage Science,2021,2021, 9, 99

[8] Multi-analytical Research on the Caisson Painting of Dayu Temple in Hancheng, Shaanxi, China.Coatings,2021,2021, 11，11

[9] Digitally Assisted Preservation and Restoration of a Fragmented Mural in a Tang Tomb.Sensing and Imaging,2021,2021, 22: 32

[10] Multi-analytical study on excavated human bones in burial environment at Shenna Ruins, Qinghai, China.Coatings,2022,2022, 12, 1269

[11] Analysis of Iron Anchor Diseases Unearthed from Gudu Ruins in Xianyang City, Shaanxi Province, China.Coatings,2022,2022, 12, 381

[12] Multi-analytical Research on Investigation of Deterioration for Large Outdoor Iron Statues Relics: A Case Research of Chairman MAO Iron Statues in Qinghai, China.Coatings,2022,2022, 12,128

[13] Borate-Modified, Flame-Retardant Paper Packaging Materials for Archive Conservation.Journal of Renewable Materials,2022,2022, 10 (4)

[14] Analysis and Appraisal of Fascine in Shahe Ancient Bridge Ruins, Xi’an, Shaanxi, China.Heritage Science,2022,2022, 10，24

[15] Microscopic Imaging Technology Assisted Dynamic Monitoring and Restoration of Micron-level Cracks in the Painted Layer at Terra-cotta Warriors and Horses of Western Han Dynasty.Polymers,2022,2022, 14, 760

[16] Superhydrophobic Ag-decorated CuO Nanowire Arrays with Analyte-Concentrating and Self-Cleaning Binary Functions for Ultrasensitive and Recyclable Surface Enhanced Raman Scattering.Adv. Mater. Interfaces,2022,2022, 2200047

[17] Multi-analytical study on the Tara thangka at Daxingshan Temple in Xi'an, Shaanxi, China.STUDIES IN CONSERVATION,2022,2022.2084809

[18] Mould prevention of archive packaging based microenvironment intervention and regulation..Journal of Cultural Heritage,2022,2022, 57,16-25

[19] Biomimetic superwetting CuSx–based composite mesh for wastewater treatment: Reversible oil/water separation, photocatalytic degradation and photothermal sterilization.Journal of Environmental Chemical Engineering,2023,2023,109915

[20] Synthesis of robust underwater glues from common proteins via unfolding-aggregating strategy.Nature Communications,2023,5145 (2023)