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Most frequent authors
- Nieke, E.(89)
- Leible, L.(55)
- Fürniß, B.(44)
- Kälber, S.(39)
- Wintzer, D.(34)
Publication year
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- 2006(12)
- 2003(6)
- 2004(6)
- 2012(6)
- 2001(5)
Data Source
BIOFACTION(0)
BIOGUM(0)
DNB(0)
FhG-ISI(0)
ITA Wien(0)
IZT(0)
KIT-ITAS(90)
Öko-Institut(0)
Sowiport(0)
Wuppertal Inst.(0)
BIOFACTION
BIOGUM
DNB
FhG-ISI
ITA Wien
IZT
KIT-ITAS
Öko-Institut
Sowiport
Wuppertal Inst.Publication type
- Essay in Periodical(23)
- Essay in Anthology(38)
- Report(10)
- Monograph(1)
- Periodical(0)
- Anthology(0)
- Misc(0)
- Lecture(18)
Language
- Arabic(0)
- Dutch; Flemish(0)
- English(27)
- French(0)
- German(62)
- Italian(0)
- Japanese(0)
- Polish(1)
- Portuguese(0)
- Spanish; Castilian(0)
Media Type
- Data carrrier(0)
- Printing unit(0)
- Network resource(0)
Most frequent keywords
Leider keine Hits
Results 1 - 10 from 90
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- 1
- Towards a low-carbon post OPC era - external framing conditions
- Achternbosch, M.; Dewald, U.; Nieke, E.; Sardemann, G.
- In: ZKG International; Jg. 9 (2019), S. 46-60
- 2
- Why it is so hard to develop new binder systems for mass application?
- Achternbosch, M.; Dewald, U.; Nieke, E.; Sardemann, G.
- In: ZKG International; Jg. 70 (2018) H. 9, S. 68-79
- 3
- New calcium hydrosilicate-based cements celitement - a technology assessment
- Achternbosch, M.; Dewald, U.; Nieke, E.; Sardemann, G.
- In: ZKG International; Jg. 6 (2016), S. 48-57
- 4
- Is coal fly ash a suitable alkaline resource for manufacturing new calcium carbonate-based cements? A systems analytical evaluation
- Achternbosch, M.; Dewald, U.; Nieke, E.; Sardemann, G.
- In: Journal of Industrial Ecology; Jg. 19 (2015) H. 1, S. 71-81
- 5
- A comparative technology assessment of new radical low CO2-cements - conditions of technical realizations, balances
- Achternbosch, M.; Dewald, U.; Nieke, E.; Sardemann, G.
- In: Proceedings of the 14th International Congress on the Chemistry of Cement, 13.-16.10.2015; The Chinese Ceramic Society (Hrsg.); China Building Materials Academy (Hrsg.); State Key Laboratory of Green Building Materials (Organizer) (Hrsg.). Beijing, China: The Chinese Ceramic Society 2015
- 6
- Towards low-carbon alternatives for OPC? - Implications from recent radical innovations (Novacem, Calera, Celitement) for cement research
- Dewald, U.; Achternbosch, M.; Nieke, E.; Sardemann, G.
- Posterpräsentation auf dem 14th International Congress on the Chemistry of Cement (ICCC 2015), Beijing, China, 13.-16.10.2015; 2015
- 7
- Towards low-carbon alternatives for OPC? - Implications from recent radical innovations (Novacem, Calera, Celitement) for cement research
- Dewald, U.; Achternbosch, M.; Nieke, E.; Sardemann, G.
- In: Proceedings of the 14th International Congress on the Chemistry of Cement, 13.-16.10.2015; The Chinese Ceramic Society (Hrsg.); China Building Materials Academy (Hrsg.); State Key Laboratory of Green Building Materials (Organizer) (Hrsg.). Beijing, China: The Chinese Ceramic Society 2015
- 8
- New polymorphous CaCO3-based cementitious materials. Part 2: Calera - A technology assessment (Neue zementäre Bindemittel auf by Basis from polymorphem CaCO3. Teil 2: Calera - eine Technikfolgenabschätzung)
- Achternbosch, M.; Dewald, C.; Kupsch, C.; Nieke, E.; Sardemann, G.
- In: ZKG International; (2013) H. 3, S. 68-80
- 9
- New polymorphous CaCO3-based cementitious materials. Part 1: Calera - Analysis of the availability of resources (Neue zementäre Bindemittel auf by Basis from polymorphem CaCO3. Teil 1: Calera - Ressourcenverfügbarkeit
- Achternbosch, M.; Dewald, C.; Kupsch, C.; Nieke, E.; Sardemann, G.
- In: ZKG International; (2013) H. 1, S. 50-62
- 10
- A systems analytical evaluation of the utilization of coal fly ash as alkaline resource for manufacturing new CaCO3-based cements
- Achternbosch, M.; Dewald, C.; Kupsch, C.; Nieke, E.; Sardemann, G.
- Lecture auf by International Conference on Thermal Treatment Technologies and Hazardous Waste Combustors (IT3/HWC). New Orleans, LA., USA, 22.-24.10.2012; 2012
Results 1 - 10 from 90
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