as received | 4.2.47 |
ash content | 4.2.48 |
ash deformation temperature, DT | 4.2.62 |
ash flow temperature, FT | 4.2.63 |
ash fusibility; ash melting behavior | 4.2.64 |
ash sphere temperature | 4.2.66 |
biodegradable | 4.1.3 |
biogenic | 4.1.4 |
biomass | 4.1.2 |
bridging | 4.2.8 |
briquette | 4.1.37 |
bulk density | 4.2.59 |
calorific value | 4.2.67 |
chips | 4.1.36 |
classification of solid recovered fuel | 4.1.33 |
coefficient of variation | 4.2.44 |
co-incineration | 4.1.21 |
co-incineration plant | 4.1.22 |
collection tray | 4.2.20 |
combined sample | 4.2.33 |
common sample | 4.2.34 |
component of solid recovered fuel | 4.1.39 |
composition of solid recovered fuel | 4.1.40 |
delivery agreement | 4.1.30 |
digestion | 4.2.75 |
digestion vessel | 4.2.76 |
distribution factor | 4.2.57 |
drop flow | 4.1.25 |
dry ash free basis | 4.2.53 |
dry basis | 4.2.52 |
dry matter | 4.2.1 |
dry matter content | 4.2.2 |
drying | 4.2.51 |
duplicate sample | 4.2.28 |
durability | 4.2.3 |
effective increment size | 4.2.29 |
effective sample size | 4.2.31 |
emission | 4.1.26 |
energy density | 4.2.68 |
flowability | 4.2.9 |
fluff | 4.1.38 |
fraction separation | 4.2.10 |
fuel | 4.1.1 |
fuel characterization | 4.2.11 |
fuel particle | 4.1.34 |
fundamental error | 4.2.46 |
general analysis sample | 4.2.36 |
gross calorific value at constant volume | 4.2.70 |
halogen content | 4.2.77 |
hemisphere temperature | 4.2.65 |
heterogeneity | 4.2.5 |
higher heating value, gross calorific value | 4.2.69 |
homogeneity | 4.2.7 |
homogenisation | 4.2.6 |
incineration plant | 4.1.20 |
incineration | 4.1.19 |
increment | 4.2.27 |
laboratory sample | 4.2.35 |
lot | 4.1.27 |
lower heating value | 4.2.72 |
mass-reduction | 4.2.42 |
material flow | 4.1.24 |
mechanical durability | 4.2.4 |
metallic aluminium | 4.2.78 |
microwave unit | 4.1.23 |
minimum increment size | 4.2.30 |
minimum sample size | 4.2.32 |
mixed municipal waste | 4.1.8 |
moisture | 4.2.49 |
moisture analysis sample | 4.2.38 |
municipal waste | 4.1.7 |
net calorific value at constant pressure | 4.2.74 |
net calorific value at constant volume | 4.2.73 |
nominal top size | 4.2.58 |
over size particles | 4.2.56 |
oxygen combustion | 4.2.71 |
particle density | 4.2.60 |
particle size | 4.2.54 |
particle size distribution | 4.2.55 |
particle size reduction | 4.2.40 |
pellet | 4.1.35 |
point of delivery | 4.1.32 |
pre-treated waste | 4.1.9 |
precision | 4.2.24 |
probabilistic sampling | 4.2.25 |
producer | 4.1.31 |
proximate analysis | 4.2.79 |
random sampling | 4.2.26 |
renewable energy sources | 4.1.18 |
sample | 4.2.12 |
sample container | 4.2.18 |
sample preparation | 4.2.19 |
sample size reduction | 4.2.39 |
sampling | 4.2.17 |
sampling form | 4.2.21 |
sampling plan | 4.2.22 |
sampling record | 4.2.23 |
shape factor | 4.2.45 |
separate collection | 4.1.11 |
shredding | 4.2.41 |
size analysis sample | 4.2.37 |
solid biofuel | 4.1.13 |
solid recovered fuel | 4.1.14 |
solid recovered fuel blend | 4.1.5 |
solid volume | 4.2.61 |
sorting | 4.1.10 |
sorting at source | 4.1.15 |
specification | 4.1.16 |
specification of solid recovered fuels | 4.1.17 |
static lot | 4.1.29 |
stratified arbitrary sample | 4.2.15 |
stratified random sample | 4.2.16 |
stratified sample | 4.2.14 |
sub-lot | 4.1.28 |
sub-sample | 4.2.13 |
test portion | 4.2.89 |
test sample | 4.2.43 |
total carbon | 4.2.80 |
total chlorine | 4.2.84 |
total hydrogen | 4.2.82 |
total moisture | 4.2.50 |
total nitrogen | 4.2.83 |
total organic carbon | 4.2.81 |
total oxygen | 4.2.85 |
total sulphur | 4.2.86 |
ultimate analysis | 4.2.87 |
volatile matter | 4.2.88 |
waste | 4.1.6 |
waste supplier | 4.1.12 |
УДК 662.6:543.812:006.354 | МКС 01.040.75 |
Ключевые слова: топливо твердое из бытовых отходов, термины, определения |
Электронный текст документа
подготовлен АО "Кодекс" и сверен по:
официальное издание
М.: Стандартинформ, 2019