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排序方式: 共有118条查询结果,搜索用时 31 毫秒
61.
Marko Gerbec 《Journal of Loss Prevention in the Process Industries》2013,26(6):1113-1127
The approach to support organizational learning from pro-active monitoring (activities observations) and deficiencies revealed (outcomes observations) in process-safety incident investigations is proposed.The approach builds on five main steps: i.) Implementation of the incident-investigation procedure at the company level, ii.) Monitoring of the preventive safety activities using various tools, iii.) Identification of the safety outcomes including root-cause analysis, iv.) Comparison of activities observations with outcomes observations in order to reveal latent deficiencies as well as to proof relationships, v.) New universal indicator method is proposed to enhance organizational learning from both activities and outcomes observations.The approach is demonstrated on the implementation at the anonymous SME company. This involved carrying out activities observations in terms of the SMS internal audit and the ARAMIS and the violation-motivation safety-culture questionnaire surveys. The outcomes observations consisted of the three incidents investigations using ECFA+, 3CA and MORT methods. The approach and the case study enabled demonstration of the relationships between activities observations (preventive indicators) and outcomes observations (root causes/deficiencies indicators) and vice versa. We state that such a comparison adds to the justification of the preventive safety performance indicators. Finally, in order to ease the organizational learning from both activities and outcomes observations, universal management indicators attributes/categories are suggested to be followed and are briefly explained based on a modified REWI approach. 相似文献
62.
63.
Marko Markov 《The Environmentalist》2011,31(2):114-120
The possible mechanisms of interactions of electromagnetic fields (EMF) with biological systems are often discussed in bioelectromagnetics
in light of thermal versus nonthermal mechanisms. This paper attempts to show the principle difference between the biophysical
and engineering approaches to biological mechanisms of EMF initiated bioeffects. While biophysical approach is based on experimentally
obtained data on biological responses to the applied EMF, the engineering approach strongly relies on specific absorption
rate (SAR) value. With experimental data, comparing effects of low- and high-frequency electromagnetic fields, discussing
modulation of radiofrequency (RF) signals, the author demonstrates the superiority of the nonthermal approach. Biological
windows, resonance mechanism, and various reported biological effects of geomagnetic fields are also in favor of the nonthermal
mechanisms. Finally, one potential nonthermal mechanism involving the role of calmodulin in cellular functions is shown in
this paper. 相似文献
64.
65.
Tadic D Djapan M Misita M Stefanovic M Milanovic DD 《International journal of occupational safety and ergonomics》2012,18(2):115-126
Managing occupational safety in any kind of industry, especially in processing, is very important and complex. This paper develops a new method for occupational risk assessment in the presence of uncertainties. Uncertain values of hazardous factors and consequence frequencies are described with linguistic expressions defined by a safety management team. They are modeled with fuzzy sets. Consequence severities depend on current hazardous factors, and their values are calculated with the proposed procedure. The proposed model is tested with real-life data from fruit processing firms in Central Serbia. 相似文献
66.
Sergey Kholodkevich Andrey Sharov Tatiana Kuznetsova Anton Kurakin Danijela Joksimović Marko Nikolić 《Chemistry and Ecology》2019,35(7):631-643
The aim of this work was to validate in the field certain measurement of the heart rate alterations of the bioindicator organism Mytilus galloprovicialis as a tool for ecotoxicological biomonitoring and assessment applications related to coastal and marine environment. The latter was determined by testing the mussels according to the method of functional loading (1-hour lowered salinity stress-exposure). The time of heart rate (HR) recovery (Trec) and the coefficient of HR variation (CVHR) in a group of tested animals were used as biomarkers for the assessment of their physiological state. It was found that the values of the biomarkers in mussels from our reference location were 1.3-1.5 times lower than in mussels from differently polluted coastal areas of the Bay. The study also included an investigation of the relationship between the mussel’s cardiac rhythm characteristics and the bioaccumulation of trace elements in their soft tissues, caused by chronic pollution. The conclusion was drawn that this approach to the physiological testing of mussels could be useful in developing a rapid and low-cost method for the assessment of the health of coastal ecosystems. 相似文献
67.
Our research involves determining how non-invasive electric and magnetic fields influence neuronal growth in vitro. In previous
studies we have shown that pulsed electromagnetic fields (PEMF) as well as direct current (DC) alone stimulate neurite outgrowth
from dorsal root ganglion explants [Sisken et al. 1984; Sisken et al. (Restor Neurol Neurosci 1:303–309, 1990); Greenebaum
et al. (Bioelectromagnetics 17:293–302, 1996)]. A maximum response was obtained when nerve growth factor (NGF) was also present
in the medium. The results of our experiments using static magnetic fields of different strengths are presented below and
indicate that fields of high magnetic strength (450–900 gauss) with added NGF stimulate neurite outgrowth comparable to the
response obtained with PEMF plus NGF. 相似文献
68.
Marko Jusup Jasminka Klanj
ek Donat Petricioli Tarzan Legovi 《Ecological modelling》2009,220(19):2407-2414
A sediment trap validation study was conducted near the commercial sea bass and sea bream fish farm in order to assess the predictive capability of a particle tracking deposition model. The validation procedure consisted of two distinct phases. First, the deposition of particulate waste (i.e. fecal pellets and excess feed) was measured near a single net pen containing 19 tons of sea bass. Afterwards, the model quality was determined by statistical comparison of predicted and observed values.Goodness of fit analysis indicates that the model successfully accounts for more than 75% of variance in the observed deposition. At 5% significance level, predictions do not underestimate or overestimate observations and there is no bias. Mean absolute relative error of ±48.9% compares favorably to other published deposition models. Obtained results affirm the reliability of particle tracking techniques in modeling the aquaculture-derived benthic organic enrichment. 相似文献
69.
Strok M Smodiš B Eler K 《Environmental science and pollution research international》2011,18(5):819-826
Objective
The purpose of the study was to investigate natural radionuclide uptake and allocation by trees. 相似文献70.
Sanna Syri Matti Johansson Juha Grönroos Marko Ekqvist 《Environmental Modeling and Assessment》1999,4(2-3):103-113
An integrated model system was developed and used to assess the effects of alternative energy production scenarios and reduction policies on acidification of lakes and forest soils in Finland. The analysis covered different energy scenarios and resulting emissions of sulfur oxides and nitrogen oxides in Finland, as well as ammonia emissions with various control requirements. In addition, emission reduction scenarios of varied ambition levels in the bordering areas of Finland and in other parts of Europe were included in the analysis. The impacts of the different scenarios were quantified with exceedances of critical loads for acidification and with the total areas where the critical loads are exceeded. The possibilities for reducing the areas with critical load exceedances with national or bilateral measures were investigated. The differences in areas at risk, if depositions from domestic and nearby sources are estimated with a regional model and point-source databases or with a continental scale model and coarser-scale emission data, were analyzed. The reasons for the differences and the implications for national-level assessment are discussed. 相似文献