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ČSN EN 15357 - Tuhá alternativní paliva - Terminologie, definice a popis

Stáhnout normu:	ČSN EN 15357 (Zobrazit podrobnosti) Zákazníci, kteří mají na svém počítači sjednanou od České agentury pro standardizaci (ČAS) službu ČSN on-line pro elektronický přístup do plných textů norem v pdf (verzi pro firmy nebo pro jednotlivce), mohou zde přímo otevírat citované ČSN.
Datum vydání/vložení:	2011-09-01
Třidící znak:	838300
Obor:	Tuhá alternativní paliva
ICS:	01.040.75 - Ropa a příslušné technologie (názvosloví) 75.160.40 - Biopaliva
Stav:	Neplatná

3.1 as received as received basis
3.2 ash content
3.3 ash fusibilityash melting behaviour
3.4 ash sphere temperature
3.5 biodegradable
3.6 biogenic
3.7 biomass
3.8 bridgingarching
3.9 briquette
3.10 bulk density
3.11 calorific valueheating value
3.12 chips
3.13 classification
3.14 coefficient of variation
3.15 co-incineration
3.16 co-incineration plant
3.17 collection tray
3.18 combined samplesample
3.19 common sample
3.20 component
3.21 composition
3.22 deformation temperature
3.23 delivery agreement
3.24 digestion
3.25 digestion vessel
3.26 distribution factor
3.27 drop flowmaterial flow
3.28 drydry basis
3.29 dry ash freedry ash free basis
3.30 drying
3.31 dry matter
3.32 dry matter content
3.33 duplicate sample
3.34 durability
3.35 effective increment sizeminimum sample size
3.36 effective sample size
3.37 emission
3.38 energy density
3.39 flowability
3.40 flow temperature, FT
3.41 fluff
3.42 fraction separation
3.43 fuel
3.44 fuel particle
3.45 fuel specification
3.46 fundamental error
3.47 general analysis samplesub-sample
3.48 gross calorific value
3.49 gross calorific valueat constant volume
3.50 halogen content
3.51 hemisphere temperature, HT
3.52 heterogeneity
3.53 homogenisation
3.54 homogeneity
3.55 incineration
3.56 incineration plant
3.57 increment
3.58 laboratory sample
3.59 lot
3.60 lower heating value
3.61 material flow
3.62 mechanical durability
3.63 metallic aluminium
3.64 microwave unit
3.65 minimum increment size
3.66 minimum sample size
3.67 mixed municipal waste
3.68 moisture
3.69 moisture analysis sample
3.70 municipal waste
3.71 net calorific value at constant volume
3.72 net calorific value at constant pressure
3.73 nominal top size
3.74 over size particles
3.75 oxygen combustion
3.76 particle density
3.77 particle size
3.78 particle size distribution
3.79 particle size reduction
3.80 pellet
3.81 point of delivery
3.82 precision
3.83 pre-treated wastewaste
3.84 probabilistic samplingsampling
3.85 producer
3.86 proximate analysis
3.87 random sampling
3.88 renewable energy sources
3.89 sample
3.90 sample container
3.91 sample preparation
3.92 sample divisionsample mass reduction
3.93 sample size reduction
3.94 sampling
3.95 sampling form
3.96 sampling plan
3.97 sampling record
3.98 separate collection
3.99 shape factor
3.100 shredding
3.101 size analysis sample
3.102 size reduction
3.103 solid biofuel
3.104 solid recovered fuel
3.105 solid recovered fuel blend
3.106 solid volume
3.107 sorting
3.108 sorting at sourcesorting
3.109 specification
3.110 specification of solid recovered fuels
3.111 static lotlot
3.112 stratified sample
3.113 stratified arbitrary sample
3.114 stratified random sample
3.115 sub-lot
3.116 sub-sample
3.117 test portion
3.118 test sample
3.119 total ash, ash content
3.120 total carbon
3.121 total chlorine
3.122 total hydrogen
3.123 total organic carbon
3.124 total moisturemoisture contentmoisture
3.125 total nitrogen
3.126 total oxygen
3.127 total sulphur
3.128 ultimate analysis
3.129 volatile matter
3.130 XRF (3.130)
3.131 waste
3.132 waste supplier

Terminologie normy

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Nahlásit chybu

3.22 deformation temperature

DT temperature at which first signs of rounding of the edges due to melting of the test piece occur

3.22 teplota deformace

DT teplota, při které nastávají první příznaky zaoblení hran zkušebního tělesa v důsledku tání