Aspekty nanomateriałów w zastosowaniach cywilnych i militarnych. Część 2. Wykorzystanie i obawy wynikające z ich uwalniania do środowiska przyrodniczego

Foltynowicz, Zenon; Poznań, Uniwersytet Ekonomiczny, Wydział Towaroznawstwa,; Czajka, B.; Maranda, A.; Wachowski, L.; Techniczna, ul. Gen. W. Urbanowicza Wojskowa Akademia

doi:10.22211/matwys/0158

Mat. Wys.

2017

DOI: 10.22211/matwys/0158

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Aspekty nanomateriałów w zastosowaniach cywilnych i militarnych. Część 2. Wykorzystanie i obawy wynikające z ich uwalniania do środowiska przyrodniczego

Zenon Foltynowicz¹,

Uniwersytet Ekonomiczny, Wydział Towaroznawstwa, Poznań²,

B. Czajka³

et al.

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Cited by 4 publications

References 90 publications

(228 reference statements)

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Assesment of the possibility of using nanomaterials as fuel additives in combustion engines

Jaroń¹,

Borucka²,

Sobecki³

2021

Combustion Engines

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Nanomaterials are a new group that has quickly found a wide range of applications in medicine, cosmetology, the food, weapons or automotive industry. They are also used as a fuel additive. This paper reviews the literature and assesses the current state of knowledge regarding the use of nanoparticles in automotive engine fuels. The results obtained so far are presented and further research directions in this field are identified Conclusion: The results of the review showed a discrepancy, selected groups favor the reduction of harmful gas emissions, while others do not and even increase emissions, e.g. the use of carbon nanotubes contributes to the increase in the emission of environmentally harmful nitrogen oxides, while the presence of graphene oxide reduces it. An interesting observation is also the fact that groups such as titanium and graphene oxide reduce the emission of harmful carbon monoxide by improving fuel combustion from semi-combustion to complete combustion, but at the same time increase CO2 emissions, which in turn is a greenhouse gas The whole group of nanomaterials contributes to the reduction of hydrocarbon emissions Nanomaterials improve the quality of fuel combustion The review shows tests only on diesel and a mixture with biodiesel in the review there were no studies for gasoline

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Assesment of the possibility of using nanomaterials as fuel additives in combustion engines

Jaroń¹,

Borucka²,

Sobecki³

2021

Combustion Engines

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A Nursery Building as a Space With Variable Filling in Adaptation to Current Needs. Importing and Interacting Units

Szumielewicz¹,

Architekci²

2021

piF

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Steve Jobs said that future should not be sought in official and main trends in the development of technical thought but in niche projects, experimental solutions that are not a part of „mainstream”; in ideas that are not obvious and seem absurd or illogical at first glance. Do the wish to prove that the impossible is within our reach let the design conditions change and adjust the direction of creative thinking so that they meet the expectations of clients and inverstors. The purpose of this paper is to attract attention to the necessity of changing the way nursery buildings are perceived and imagined – as space limited by permanent architectural barriers in which typical processes of cyclical character and didactic activities in linear schemes occur.

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Efektywne usuwanie zanieczyszczeń pochodzenia organicznego i nieorganicznego za pomocą kompozytów na bazie nanocząstek zero wartościowego żelaza n-Fe(0)

Foltynowicz

Maranda

Czajka³

et al. 2018

Mater. Wysokoenerg. (High Energy Mater.)

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For almost three decades, engineered nanoparticles (ENM’s) have been the subject of intensive research due to their chemical reactivity and their sorption, catalytic, electronic, optical, magnetic and other unique properties. The results obtained indicate that they provide a new tool for the remediation of contaminated aquatic ecosystems (surface and groundwater), sediments, soil training grounds as well as waste recycling areas, e.g. for electronic. The application of in situ restorative technologies using compositions involving metal nanoparticles, mainly iron nanoparticles (n-ZVI, nano zero-valent iron) is becoming more common. Solutions proposed in a number of publications and patents show the versality, reater efficiency and lower costs of the remediation process, compared with conventional methods.

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Aspekty nanomateriałów w zastosowaniach cywilnych i militarnych. Część 2. Wykorzystanie i obawy wynikające z ich uwalniania do środowiska przyrodniczego

Cited by 4 publications

References 90 publications

Assesment of the possibility of using nanomaterials as fuel additives in combustion engines

Assesment of the possibility of using nanomaterials as fuel additives in combustion engines

A Nursery Building as a Space With Variable Filling in Adaptation to Current Needs. Importing and Interacting Units

Efektywne usuwanie zanieczyszczeń pochodzenia organicznego i nieorganicznego za pomocą kompozytów na bazie nanocząstek zero wartościowego żelaza n-Fe(0)

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