ライフサイエンスコーパス: abatement

1 n of significance to environmental pollution abatement.

2 robust, adaptive strategy for greenhouse gas abatement.

3 station to 20 months of age with no signs of abatement.

4 d its transformations, which can lead to its abatement.

5 filters (DPFs) are widely used for particle abatement.

6 ce for networks underlying long-term symptom abatement.

7 erformance of reforestation for O3 precursor abatement.

8 e Catalytic Reduction (SCR) system for NO(X) abatement.

9 t has not yet been targeted for O3 pollution abatement.

10 long term viral eradication from short term abatement.

11 e how alternative policies for air pollution abatement affect well-being there.

12 STAR or WaterSense appliances, using a cost abatement analysis for the average U.S. household, yield

13 uch as a 40% difference in the cost of CO(2) abatement and 56% higher levelized cost of electricity b

14 f heterogeneous photocatalysis for pollutant abatement and mineralisation of contaminants has been ex

15 argeting such resistance could improve tumor abatement and patient survival.

16 An advanced NH3 abatement and recycling process that makes great use of

17 portantly, the energy consumption of the NH3 abatement and recycling system was only 59.34 kJ/kg CO2

18 ophysiological end points other than voltage abatement and/or conduction slowing or block across abla

19 the issues of energy payback, carbon dioxide abatement, and energy storage are addressed.

20 lowances in significant numbers and reassess abatement approaches going forward.

21 , in part because of the unexpected range of abatement approaches used in the lead-up to trading, emi

22 The gull abatement BMP was associated with improved beach water q

23 10 times more efficient--measured in "total abatement calorie cost"--than policies targeting emissio

24 , substantial additional global agricultural abatement can be attained by extending a greenhouse gas

25 propose three initiatives for global mercury abatement, comprising the establishment of mercury contr

26 We consider three scenarios of PM2.5 abatement, corresponding to no further control, current

27 performance at negligibly higher system-wide abatement cost can be achieved through inclusion of emis

28 technology are displayed on an environmental abatement cost curve.

29 In fact, the abatement cost for both sectors is found to increase sha

30 ducing ethanol relative to gasoline imply an abatement cost of at least $48 Mg(-1) of GHG emissions (

31 il fuel imports, and finds that the marginal abatement cost of mitigating all emissions associated wi

32 gallons, with most upgrades having negative abatement cost.

33 ic ton, which is well above typical marginal abatement costs (less than $250).

34 pproach has serious shortcomings: damages or abatement costs are not considered and the choice of tim

35 ggressive climate action does not reduce CO2 abatement costs even under the most optimistic trajector

36 h feedstock and power plant operation costs, abatement costs for replacing fuel oil with biomass in t

37 In contrast to the large and positive abatement costs for using biomass in electricity generat

38 rate of 0.33 to 0.40 tons/MWh and associated abatement costs of 225-415 (2015$ per ton).

39 ures in organic waste sectors, with marginal abatement costs ranging from 57 to 944 $/ton carbon diox

40 reenhouse gas (GHG) emissions and associated abatement costs resulting from using densified switchgra

41 zes the social cost (i.e., health costs plus abatement costs) is six times larger than that of an exc

42 BC emissions abatement could help slow regional climate change while

43 Cost abatement curves display per unit cost savings related t

44 We refine the national average cost abatement curves to understand regional relationships, s

45 sions over that time, with almost 70% of the abatement due to landfill sector regulations.

46 th more individuals, indicative of an attack abatement effect of host aggregation.

47 Despite abatement efforts, significant lead pollution in Antarct

48 a catalyst in, e.g., nitrogen oxide emission abatement for environmental protection.

49 ability adds ~$15/tonne CO(2) to the cost of abatement for solar thermal power, $25 for wind, and $33

50 GHG abatement from either the tax or subsidy appears inexpen

51 that ozone doses relevant for micropollutant abatement from wastewater do not eliminate intracellular

52 f CBDs in a natural groundwater, appreciable abatements (>50% at specific ozone doses of 0.5 gO3/gDOC

53 ent is the recommended approach to cockroach abatement; however, it is costly and difficult to implem

54 griculture can make to global greenhouse gas abatement; however, the resulting impacts on agricultura

55 Abatement in China, India, and Bangladesh contributes to

56 umerous policy documents have promoted noise abatement in clinical settings.

57 The toxicity abatement in terms of Benzo[a]pyrene equivalent emission

58 l upgrade their treatment for micropollutant abatement in the future to comply with Swiss regulations

59 ransitions would contribute 21% of the total abatement, intra- and interregional relocation of livest

60 In India, air pollution abatement investments clearly improve well-being.

61 Although the cost of lead paint abatement is measured in billions of dollars, the moneti

62 that the efficiency of agricultural emission abatement is stable across a range of greenhouse-gas (GH

63 the aerosol cooling effect by air pollution abatement laws and by the rate of release of the GHGs-fo

64 onvex damage function and decreasing MB with abatement may not hold true for secondary pollutants suc

65 t-effective and environmentally friendly N2O abatement methods.

66 A comparable abatement of 3,068 MtCO2ey(-1) could be achieved also wi

67 on price of US$10 per tCO2e could lead to an abatement of 3,223 MtCO2ey(-1).

68 The abatement of 9 polychloro-1,3-butadienes (CBDs) in aqueo

69 inant in the near future, especially for the abatement of biorefractory substances.

70 1 or D2) that mediate either augmentation or abatement of cellular cAMP levels.

71 nt to biological chemistry as well as to the abatement of certain environmental pollutants.

72 l Low Carbon Fuel Standard led to additional abatement of cumulative emissions over 2007-2027 by 1.3

73 y stimulated by low salinity and ended after abatement of eutrophication pollution.

74 Furthermore, we formally showed that genetic abatement of Foxp3 in the hematopoietic compartment, i.e

75 achieve considerable sparing of forests and abatement of GHGs, in line with its national policy targ

76 After resolution of infection and abatement of IL-12 signaling, Eomes expression rises whe

77 ablation on the immune system and suggest an abatement of immune suppression by hormone removal.

78 immunologic mechanisms, correlated with the abatement of inflammatory responses and the resolution o

79 zed SYN was detected in these inclusions and abatement of microglia-derived nitric oxide and superoxi

80 The successful abatement of N2O concomitant with PHBV accumulation conf

81 p airlift (ALR) bioreactors of 2.3 L for the abatement of N2O from a nitric acid plant emission.

82 ult in a signaling state in which the sudden abatement of oncogene activity balances towards prolifer

83 ossibilities for introducing other anions or abatement of problematic anions such as pharmaceuticals

84 e are nontrivial net benefits resulting from abatement of relatively low-emitting sources.

85 The abatement of road dust emissions is currently a major ch

86 lization needs to be retained because of the abatement of shrinkage effects.

87 nderwent programmed cell death leading to an abatement of the inflammatory response and eventual reso

88 This resulted in the abatement of the symptoms of GVHD and the preservation o

89 ire two or more injection series before full abatement of their spasms is achieved.

90 of the global Hg cycle and further push the abatement of this toxin on a global scale.

91 is of nanomaterials, ammonia production, and abatement of toxic waste gases.

92 of these factories results in activation or abatement of transcription.

93 sing its protein folding capacity and allows abatement of UPR signaling.

94 Co doping to expand their potential uses for abatement of various microwave pollutions.

95 ffshore activities and implementation of NOx abatement on vessels are shown to have a significant inf

96 food security, with a particular emphasis on abatement opportunities and impacts in the livestock sec

97 epend on the combined implementation of many abatement options, but the options interact.

98 rade-offs between alternative greenhouse gas abatement options.

99 s of future steel sector emissions under all abatement options.

100 hain or considered only a subset of possible abatement options.

101 The abatement patterns of TrOCs had inflected shapes, contro

102 substantial future warming will occur if no abatement policies are implemented.

103 atmospheric sulfur (S) concentrations due to abatement policies in some countries, modeling the dispe

104 In the absence of non-Annex I abatement policies, these impacts are modest.

105 logies therefore should be considered in GHG abatement portfolios for utilities and policy makers.

106 vely large emissions intensities and limited abatement possibilities, ruminant meat producers face th

107 The costs and abatement potential for each technology are displayed on

108 ng a basis for future study of the emissions abatement potential of material efficiency.

109 char system, indicating a significant carbon abatement potential.

110 aterial efficiency provides sufficient extra abatement potential.

111 The potable water saving and stormwater abatement potentials were found to strongly correlate wi

112 al Health Environment of Care Checklist) and abatement process designed to remove suicide hazards fro

113 ess of using peri-urban reforestation for O3 abatement purposes has not been examined.

114 he welfare cost to the US of this additional abatement ranged from $61 to $187 Mg CO2e(-1) and was su

115 cultural outcomes, land use changes, and GHG abatement resulting from two potential Brazilian policie

116 Global cookstove emissions abatement results in an average surface temperature cool

117 Our findings indicate that global mercury abatement should focus on multiple stages of global supp

118 lugs, eye shades, and additional sleep noise abatement strategies (n = 4).

119 sses is reviewed and potential and efficient abatement strategies are defined.

120 rial sources is essential to formulate ozone abatement strategies in this region.

121 ate optimization models to determine optimal abatement strategies.

122 ound risk assessments, and more focused risk abatement strategies.

123 etics of the fertilizer nutrients through an abatement strategy to offset these issues by providing t

124 y has the potential to be a more sustainable abatement technique when compared to thermal oxidation.

125 Finally, we discuss pollutants abatement techniques criticizing their implementation in

126 RATES model presented here compares current abatement technologies based on hours of operation withi

127 fication of power plant emission factors and abatement technologies from ground and space.

128 oute to greenhouse gas sequestration, carbon abatement technologies, hydrogen transport and storage,

129 These costs are compared to other GHG abatement technologies: lighting, building insulation, e

130 elivers slightly more forest sparing and GHG abatement than the subsidy.

131 ding economic incentive for higher levels of abatement than were previously advisible.

132 eduction was realized from rigorous nutrient abatements that began as early as in 1969.

133 gy storage and conversion to toxic emissions abatement to chemical and materials synthesis.

134 A 25% of total organic carbon (TOC) abatement was attained as maximum, with bronopol being c

135 significant effect of H2O2 addition on CBDs abatement was observed due to an efficient direct photot

136 icies have made a strong contribution to CH4 abatement, with climate and air quality benefits.