Claim · model-written summary
Heat value of hybrid pennisetum was 17.02 MJ·kg-1
- Taxon
- Hybrid pennisetum
Pennisetume0 - Outcome
- heat valuee3
- Value
- 17.02 MJ·kg-1e3
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”
e3“heat value was 17.02 MJ·kg-1”
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 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 Softening temperature of hybrid pennisetum ash fusion was 980.75℃
- 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