Claim · model-written summary
Softening temperature of hybrid pennisetum ash fusion was 980.75℃
- Taxon
- Hybrid pennisetum
Pennisetume0 - Outcome
- softening temperaturee7
- Value
- 980.75℃e7
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentComparatorSettingDirectionQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e0“evaluate the adaptability,yield,and biomass characteristics of hybrid pennisetum”
e7“its deformation temperature,softening temperature,hemisphere temperature and flow temperature of ash fusion were 942.00℃,980.75℃,1010.25℃,1054.75℃ respectively”
Title
Biomass Yield and Quality of Hybrid Pennisetum
WU Ju-ying Zhongguo caodi xuebao 2012
Other claims from this paper (16)
- Observation Hybrid pennisetum could not survive the winter in Beijing
- Observation Dry biomass yield of hybrid pennisetum was 40.14~48.54 t·hm-2
- Observation Heat value of hybrid pennisetum was 17.02 MJ·kg-1
- Observation Cellulose content of hybrid pennisetum was 36.15%
- Observation Hemi-cellulose content of hybrid pennisetum was 21.01%
- Observation Lignin content of hybrid pennisetum was 8.92%
- Observation Ash content of hybrid pennisetum was 9.26%
- Observation Carbon content of hybrid pennisetum was 41.86%
- Observation Hydrogen content of hybrid pennisetum was 5.62%
- Observation Nitrogen content of hybrid pennisetum was 1.52%
- Observation Ratio of C to N in hybrid pennisetum was 27.54∶1
- Observation Deformation temperature of hybrid pennisetum ash fusion was 942.00℃
- Observation Hemisphere temperature of hybrid pennisetum ash fusion was 1010.25℃
- Observation Flow temperature of hybrid pennisetum ash fusion was 1054.75℃
- Recommendation Hybrid pennisetum is recommended for extension in Beijing and surrounding areas as an energy grass because of its high biomass yield and quality
- Observation High biomass moisture content is a disadvantage of hybrid pennisetum