ライフサイエンスコーパス: smog

1 and organs (O), with gradation of severity (SMOG).

2 outside the affected area at the time of the smog.

3 ic ozone (O3), a major part of photochemical smog.

4 SMOG 2 is a downloadable software package that reads use

5 SMOG 2 is bundled with XML-formatted template files that

6 This dusty combination of smog and ethane, forming deposits several kilometres thi

7 esses that generate both urban photochemical smog and tropospheric ozone.

8 evel (FKGL), Simple Measure of Gobbledygook (SMOG), and Gunning Fog Index (GFOG).

9 fraction in biogenic SOA, aged photochemical smog, and BBOA.

10 of the gas-phase emissions was determined by smog chamber aging experiments.

11 e oxidation of crude oil by OH radicals in a smog chamber and a flow tube reactor strongly resembled

12 Emissions were sampled into a portable smog chamber and exposed to sunlight or artificial UV li

13 The smog chamber data demonstrate that this misclassificatio

14 FTIR/smog chamber experiments and ab initio quantum calculati

15 We present evidence from controlled smog chamber experiments and field measurements that in

16 Here, using smog chamber experiments under coastal atmospheric condi

17 rstand SOA formation from IVOCs, a series of smog chamber experiments was conducted with different al

18 Dilution and smog chamber experiments were performed to characterize

19 Emissions and smog chamber experiments were performed to investigate S

20 A series of smog chamber experiments were performed to investigate t

21 the organosulfur compounds identified in the smog chamber extracts were also measured in urban fine a

22 were photochemically oxidized in an outdoor smog chamber facility in the presence of nonacidified an

23 quantifying MVK and MACR production during a smog chamber isoprene-NO x irradiation experiment.

24 erization of organic aerosols in ambient and smog chamber measurements.

25 Smog chamber relative rate techniques were used to measu

26 ely realistic exposure scenario, combining a smog chamber simulating atmospheric ageing, an aerosol e

27 We used a smog chamber to generate SOA from alpha-pinene, guaiacol

28 e conducted photo-oxidation experiments in a smog chamber to investigate secondary organic aerosol (S

29 rate kinetic experiments were conducted in a smog chamber using online proton transfer reaction mass

30 The SOA was generated in a smog chamber, collected on substrates, and aged by expos

31 After 3 h of photo-oxidation in a smog chamber, dilute emissions from both 2- and 4-stroke

32 ntial mobility analyzer, and injected into a smog chamber, where they were exposed to low vapor press

33 ntial mobility analyzer, and injected into a smog chamber, where they were exposed to the photo-oxida

34 , with SOA loading of 350 mug/m(3), and in a smog chamber, with SOA loading of 2-12 mug/m(3).

35 om a fleet of on-road gasoline vehicles in a smog chamber.

36 ing authentic biomass-burning emissions in a smog chamber.

37 ectrometer sampling particles generated in a smog chamber.

38 investigated in a series of photo-oxidation (smog) chamber experiments.

39 A series of sunlight-irradiated, smog-chamber experiments confirmed that the atmospheric

40 bove a simulated salt lake inside an aerosol smog-chamber, were analyzed using TERS.

41 f benzyl alcohol has been investigated using smog chambers at ICARE, FORD, and EUPHORE.

42 bag batch reactors, and outdoor Teflon-film smog chambers strongly confirm that inorganic acids, suc

43 )-initiated oxidation of MBO was examined in smog chambers under varied initial nitric oxide (NO) and

44 ct, diminishes stratospheric ozone, promotes smog, contaminates drinking water, acidifies rain, eutro

45 SMOG@ctbp is an effort to simplify the use of structure-

46 SMOG@ctbp resides at http://smog.ucsd.edu.

47 The method has been integrated into the SMoG drug design package, resulting in an improved appro

48 rs for respiratory effects and photochemical smog formation are also assessed and can be reduced by 1

49 For smog formation potential, the centralized system is pref

50 one depleting chemicals, 33-52% reduction in smog-forming pollutants, 6-25% reduction in acidificatio

51 d environmental benefits in four categories (smog, global warming, respiratory effects, noncarcinogen

52 Exposure to the Great Smog in the first year of life increases the likelihood

53 see a global reservoir, but the methane and smog in Titan's atmosphere impedes the search for hydroc

54 of asthma between those exposed to the Great Smog in utero or the first year of life with those conce

55 oyager cameras by the photochemical haze (or smog) in Titan's stratosphere.

56 he presence of ozone (O(3)) in photochemical smog is an important health concern.

57 periment, suggesting the legacy of the Great Smog is ongoing.

58 to intense air pollution from the 1952 Great Smog of London as a natural experiment to examine both i

59 Photochemical smog, or ground-level ozone, has been the most recalcitr

60 rity of liquid ethane: it condenses onto the smog particles, instead of into liquid drops, at the col

61 layer accelerate photochemical reactions and smog production, but UV-absorbing aerosols such as miner

62 rosols such as mineral dust and soot inhibit smog production.

63 one of the main components of photochemical smog, represents an important source of environmental ox

64 the PMF score, Bohm's score (LUDI), and the SMOG score for eight different test sets of protein-liga

65 nt in accuracy over previous versions of the SMoG scoring function to a better description of the ref

66 ticle, we present an improved version of the SMoG scoring function, called SMoG2001.

67 nd risk of LC using the Adventist Health and Smog Study-2 (AHSMOG-2), a cohort of health conscious no

68 The SMOG system provides a consistent description of the ble

69 SMOG@ctbp resides at http://smog.ucsd.edu.

70 trate mixing ratios were comparable to urban smog values, indicating active photochemistry in the pre

71 its surface is hidden by dense orange-brown smog, which is produced in the stratosphere by photochem