NSTL国家科技图书文献中心

1. Plasma‐Assisted Nitrogen Fixation for Mars: A Simulation Study on in Situ Resource Utilization NSTL国家科技图书文献中心

Yuqing Luo | Jiacheng Li ... - 《Plasma processes and polymers》 - 2025,22(4) - e2400235.1～e2400235.8 - 共8页

摘要：This study explores nitrogen fixation in the | Martian atmosphere using plasma technology. By combining | microwave and dielectric barrier discharges (DBD | ), nitrogen was converted into watersoluble nitrogen | fertilizer (N_2O_5) for agriculture. Despite the low

关键词： DBD | Mars | microwave discharge | plasmaassisted nitrogen fixation

2. Analysis of suitable site candidates for Mars human habitat and life-support technologies based on in situ water resource utilization NSTL国家科技图书文献中心

Zeng, Xi | Wu, Hang ... - 《Life sciences in space research》 - 2025,45 - 91～106 - 共16页

摘要： and in situ* water resource utilization (ISWRU) is of* | challenges has attracted global attentions in the space | and distribution of water on Mars in view of the | Human mission to Mars endowed with multiplex | field. Life support technology is one of the key

关键词： Mars | Planets migration | In situ water resource utilization | Life support | Mars water extraction and purification

3. Mass transfer of electrochemical CO 2 reduction in microchannel NSTL国家科技图书文献中心

Qingjun, Yang | Rizhi, Dong ... - 《Journal of solid state electrochemistry》 - 2025,29(1) - 129～147 - 共19页

摘要：In-situ* resource utilization technology(ISRU* | important resource* in outer space, CO2 can be reduced to* | produce O-2 and fuel. In this paper, the reduction of | production of organic substances in extraterrestrial space | was established for the reduction of CO2 in

关键词： In-situ resource utilization | Multi-physical field | Gas-liquid two-phase flow | Mass transfer | Microchannel

4. Adaptable Pectin Extraction and Functional Group Impact on Electrolytes Suitable for Energy Storage Applications NSTL国家科技图书文献中心

Wilson, Nathan W. | Mete, Bengu ... - 《Journal of the Electrochemical Society》 - 2025,172(2) - 1～ - 共9页

摘要： derived from in situ* resource utilization (ISRU) methods* | 10X higher than other biopolymersIn-situ resource | significantly influenced DE, molecular weight, and yield. In | in supercapacitorsSupercapacitors achieved 10,000 | An alkaline de-esterification method was

关键词： pectin based hydrogel | degree of esterification | in-situ resource utilization | supercapacitors

5. Laser-induced strong metal-lunar basalt interaction for boosted hydrogen evolution NSTL国家科技图书文献中心

Wang, Bing | Chang, Guanjian ... - 《Nano Energy》 - 2025,138 - 共9页

摘要：In-Situ* Resource Utilization (ISRU) is* | developed an in-situ* synthesis technology, laser scanning* | robust path to process LB in-situ* as an excellent* | feedstock in ISRU processes. In this work, we have | during HER. In both alkaline and acidic media, the Pt

关键词： Laser ablation | Lunnar basalt | In-situ resource utilization | Electrocatalysis | Metal-support interaction

6. Feasibility Study on Handling Lunar Regolith Using Magnetic Force NSTL国家科技图书文献中心

Hiroyuki Kawamoto | Rieko Egawa ... - 《Journal of Aerospace Engineering》 - 2025,38(3) - 1.1～1.7 - 共7页

摘要： transport regolith using magnetic force for future in situ | resource utilization on the Moon. However, the lack of | nanophase iron trapped in the surface rim of the regolith | technologies. Hence, in this study, we conducted experiments | for this purpose. In addition, we assessed the

关键词： Lunar exploration | Regolith | Nano-phase iron | Magnetic force | In situ resource utilization | Coil gun | Magnetic permeability

7. 3Dプリンティング技術の動向と今後の展望 NSTL国家科技图书文献中心

小池綾 - 《精密工学会誌》 - 2025,91(1 TN.1081) - 12～16 - 共5页

摘要：本稿は，精密工学会100周年まであと10年となり，歴史的な節目で精密工学に関わる一若手研究者 | として，自身の研究や経歴に関する説明する機会を賜り，解説論文として執筆させていただいた次第である．貴重な | 機会を賜ったことに御礼を申し上げるとともに，10年後にも活躍が期待できる技術の1つとして，3Dプリンタ | （Additive Manufacturing，以降AM）技術の動向を解説させていただきたい．筆者は，2016年3月 | に慶應義塾大学大学院で博士（工学）の学位を取得し，2016年4月から2019年3月まで慶應義塾大学で

关键词： Additive manufacturing | Directed energy deposition | Powder bed fusion | High gravity | Centrifuge | In-situ resource utilization

8. Engineering cement-free high-performance Martian concrete with enhanced in-situ utilization of soil simulant: Curing across 20 ℃-40 ℃ and CO_2-rich environments NSTL国家科技图书文献中心

Ruizhe Shao | Chengqing Wu ... - 《Journal of Environmental Management》 - 2025,375(Feb.) - 124426.1～124426.15 - 共15页

摘要： gel formation. In contrast, specimens cured at 40 | Mars is increasingly considered for | colonization by virtue of its Earth-like conditions and | potential to harbor life. Responding to challenges of the | Martian environment and the complexity of transporting

关键词： High-performance Martian concrete | Martian soil simulant | In-situ resource utilization | Fibre reinforcement | Martian environment | Compression performance | Microstructure

9. Construction of a Fe-Ce-OV coordination environment on in situ exfoliated layered double hydroxide nanosheets and its application in the resource utilization of low-concentration SO2 flue gas NSTL国家科技图书文献中心

Liu, Pan | Liu, Li ... - 《Separation and Purification Technology》 - 2025,368 - 共16页

摘要： resource recovery of sulfur. Existing research has | to generate ultrathin FeCe/ MgAl-LDH nanosheets. In | reinforcing the E-R and L-H reaction mechanisms, while in | situ exfoliation and the construction of coordination | The reduction of SO2 to elemental sulfur using

关键词： NTP-enhanced catalytic desulfurization | in situ exfoliation of LDH | Fe-Ce-O V coordination environment | Alkaline site regulation | Enhanced adsorption and conversion

10. Sustainable production of phloretin using multi-dimensionally adjustable acidic deep eutectic solvents as multifunctional solvents for green and efficient valorization of Malus plant pruning waste NSTL国家科技图书文献中心

Rong Wu | Lu Zhang ... - 《Food Bioscience》 - 2025,69 - 1～10 - 共10页

摘要： extraction and in situ* de-glycosylation to prepare* | component, a significant enhancement in the extraction | To effectively harness and valorize the often | -overlooked pruning waste from Malus plants, an eco-friendly | and efficient strategy for the simultaneous

摘要：This study explores nitrogen fixation in the | Martian atmosphere using plasma technology. By combining | microwave and dielectric barrier discharges (DBD | ), nitrogen was converted into watersoluble nitrogen | fertilizer (N_2O_5) for agriculture. Despite the low

关键词： DBD | Mars | microwave discharge | plasmaassisted nitrogen fixation

摘要： and in situ* water resource utilization (ISWRU) is of* | challenges has attracted global attentions in the space | and distribution of water on Mars in view of the | Human mission to Mars endowed with multiplex | field. Life support technology is one of the key

关键词： Mars | Planets migration | In situ water resource utilization | Life support | Mars water extraction and purification

摘要：In-situ* resource utilization technology(ISRU* | important resource* in outer space, CO2 can be reduced to* | produce O-2 and fuel. In this paper, the reduction of | production of organic substances in extraterrestrial space | was established for the reduction of CO2 in

关键词： In-situ resource utilization | Multi-physical field | Gas-liquid two-phase flow | Mass transfer | Microchannel

摘要： derived from in situ* resource utilization (ISRU) methods* | 10X higher than other biopolymersIn-situ resource | significantly influenced DE, molecular weight, and yield. In | in supercapacitorsSupercapacitors achieved 10,000 | An alkaline de-esterification method was

关键词： pectin based hydrogel | degree of esterification | in-situ resource utilization | supercapacitors

摘要：In-Situ* Resource Utilization (ISRU) is* | developed an in-situ* synthesis technology, laser scanning* | robust path to process LB in-situ* as an excellent* | feedstock in ISRU processes. In this work, we have | during HER. In both alkaline and acidic media, the Pt

关键词： Laser ablation | Lunnar basalt | In-situ resource utilization | Electrocatalysis | Metal-support interaction

摘要： transport regolith using magnetic force for future in situ | resource utilization on the Moon. However, the lack of | nanophase iron trapped in the surface rim of the regolith | technologies. Hence, in this study, we conducted experiments | for this purpose. In addition, we assessed the

关键词： Lunar exploration | Regolith | Nano-phase iron | Magnetic force | In situ resource utilization | Coil gun | Magnetic permeability

关键词： Additive manufacturing | Directed energy deposition | Powder bed fusion | High gravity | Centrifuge | In-situ resource utilization

摘要： gel formation. In contrast, specimens cured at 40 | Mars is increasingly considered for | colonization by virtue of its Earth-like conditions and | potential to harbor life. Responding to challenges of the | Martian environment and the complexity of transporting

关键词： High-performance Martian concrete | Martian soil simulant | In-situ resource utilization | Fibre reinforcement | Martian environment | Compression performance | Microstructure

摘要： resource recovery of sulfur. Existing research has | to generate ultrathin FeCe/ MgAl-LDH nanosheets. In | reinforcing the E-R and L-H reaction mechanisms, while in | situ exfoliation and the construction of coordination | The reduction of SO2 to elemental sulfur using

关键词： NTP-enhanced catalytic desulfurization | in situ exfoliation of LDH | Fe-Ce-O V coordination environment | Alkaline site regulation | Enhanced adsorption and conversion

摘要： extraction and in situ* de-glycosylation to prepare* | component, a significant enhancement in the extraction | To effectively harness and valorize the often | -overlooked pruning waste from Malus plants, an eco-friendly | and efficient strategy for the simultaneous

关键词： Resource utilization | In situ de-glycosylation | Extraction | Ethylene glycol | P-toluenesulfonic acid

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：This study explores nitrogen fixation in the | Martian atmosphere using plasma technology. By combining | microwave and dielectric barrier discharges (DBD | ), nitrogen was converted into watersoluble nitrogen | fertilizer (N_2O_5) for agriculture. Despite the low

关键词： DBD | Mars | microwave discharge | plasmaassisted nitrogen fixation

摘要： and in situ water resource utilization (ISWRU) is of | challenges has attracted global attentions in the space | and distribution of water on Mars in view of the | Human mission to Mars endowed with multiplex | field. Life support technology is one of the key

关键词： Mars | Planets migration | In situ water resource utilization | Life support | Mars water extraction and purification

摘要：In-situ resource utilization technology(ISRU | important resource in outer space, CO2 can be reduced to | produce O-2 and fuel. In this paper, the reduction of | production of organic substances in extraterrestrial space | was established for the reduction of CO2 in

关键词： In-situ resource utilization | Multi-physical field | Gas-liquid two-phase flow | Mass transfer | Microchannel

摘要： derived from in situ resource utilization (ISRU) methods | 10X higher than other biopolymersIn-situ resource | significantly influenced DE, molecular weight, and yield. In | in supercapacitorsSupercapacitors achieved 10,000 | An alkaline de-esterification method was

关键词： pectin based hydrogel | degree of esterification | in-situ resource utilization | supercapacitors

摘要：In-Situ Resource Utilization (ISRU) is | developed an in-situ synthesis technology, laser scanning | robust path to process LB in-situ as an excellent | feedstock in ISRU processes. In this work, we have | during HER. In both alkaline and acidic media, the Pt

关键词： Laser ablation | Lunnar basalt | In-situ resource utilization | Electrocatalysis | Metal-support interaction

摘要： transport regolith using magnetic force for future in situ | resource utilization on the Moon. However, the lack of | nanophase iron trapped in the surface rim of the regolith | technologies. Hence, in this study, we conducted experiments | for this purpose. In addition, we assessed the

关键词： Lunar exploration | Regolith | Nano-phase iron | Magnetic force | In situ resource utilization | Coil gun | Magnetic permeability

关键词： Additive manufacturing | Directed energy deposition | Powder bed fusion | High gravity | Centrifuge | In-situ resource utilization

摘要： gel formation. In contrast, specimens cured at 40 | Mars is increasingly considered for | colonization by virtue of its Earth-like conditions and | potential to harbor life. Responding to challenges of the | Martian environment and the complexity of transporting

关键词： High-performance Martian concrete | Martian soil simulant | In-situ resource utilization | Fibre reinforcement | Martian environment | Compression performance | Microstructure

摘要： resource recovery of sulfur. Existing research has | to generate ultrathin FeCe/ MgAl-LDH nanosheets. In | reinforcing the E-R and L-H reaction mechanisms, while in | situ exfoliation and the construction of coordination | The reduction of SO2 to elemental sulfur using

关键词： NTP-enhanced catalytic desulfurization | in situ exfoliation of LDH | Fe-Ce-O V coordination environment | Alkaline site regulation | Enhanced adsorption and conversion

摘要： extraction and in situ de-glycosylation to prepare | component, a significant enhancement in the extraction | To effectively harness and valorize the often | -overlooked pruning waste from Malus plants, an eco-friendly | and efficient strategy for the simultaneous

关键词： Resource utilization | In situ de-glycosylation | Extraction | Ethylene glycol | P-toluenesulfonic acid

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： and in situ* water resource utilization (ISWRU) is of* | challenges has attracted global attentions in the space | and distribution of water on Mars in view of the | Human mission to Mars endowed with multiplex | field. Life support technology is one of the key

摘要：In-situ* resource utilization technology(ISRU* | important resource* in outer space, CO2 can be reduced to* | produce O-2 and fuel. In this paper, the reduction of | production of organic substances in extraterrestrial space | was established for the reduction of CO2 in

摘要： derived from in situ* resource utilization (ISRU) methods* | 10X higher than other biopolymersIn-situ resource | significantly influenced DE, molecular weight, and yield. In | in supercapacitorsSupercapacitors achieved 10,000 | An alkaline de-esterification method was

摘要：In-Situ* Resource Utilization (ISRU) is* | developed an in-situ* synthesis technology, laser scanning* | robust path to process LB in-situ* as an excellent* | feedstock in ISRU processes. In this work, we have | during HER. In both alkaline and acidic media, the Pt

摘要： extraction and in situ* de-glycosylation to prepare* | component, a significant enhancement in the extraction | To effectively harness and valorize the often | -overlooked pruning waste from Malus plants, an eco-friendly | and efficient strategy for the simultaneous