märksõnad (keyword), täpsustada sai ka autorit (author), pealkirja (title) ja publitseerijat (publisher). Samuti puudus võimalus täpsustada dokumenditüüpi (type of document), keelt (language) ja käsitluse tüüpi (type of treatment). Kui võtsin Referex'ilt linnukese eest, avanes otsiprofiilide sisestamiseks järgmine vaatepilt: Täpsustuse koha pealt selline vaatepilt: 2.1.1. Leia kompleksotsinguga Quick Search artikleid teemal Thermal treatment of physical properties of polyethylene. Moodusta otsiprofiil kasutades. a) otsivälju "All Fields". Mitu kirjet leidsid? Sisestasin terve lause ja sain 177 artiklit. Kui sisestasin otsiprofiili thermal treatment AND physical properties AND polyethene, leidsin 177 artiklit. b) otsivälju "Ei controlled terms" Mitu kirjet leidsid? Sisestasin terve lause ja sain 1 artikli. Kui sisestasin otsiprofiili thermal treatment AND physical properties AND polyethene, leidsin null artiklit. 2.1.2
Ülesanne 2 Infootsing raamatukogu andmebaasidest 2.1. Otsing andmebaasist Compendex Engineering Village platvormil 2.1.1.Leia kompleksotsinguga Quick Search artikleid teemal Thermal treatment of physical properties of polyethylene a) otsivälju "All Fields" - leidsin 176 kirjet b) otsivälju "Ei controlled terms"- leidsin 4 kirjet 2.1.2. Leia Tehnikaülikooli teaduri Malle Krunksi artiklid andmebaasis Compendex a) mitu artiklit leidsid? Leidsin 59 artiklit 2.2. Otsing andmebaasist ProQuest Science Journals 2.2.1.Leia Jim Browni artikkel Tools for all jobs. a) Ava artikli täistekst ja leia, millist firmat Jim Brown juhatab - Tech-Clarity Inc b) Kirjelda otsistrateegiat: otsiprofiil: au(Jim Browni) AND (Tools for all jobs) 2.2.2. Ava andmebaasi ProQuest tesaurus: Advanced Search/Thesaurus a) esita kitsamad ja laiemad märksõnad, mida võib kasutada ökosüsteemide (ecosystems) kohta kirjanduse leidmisel.
Ülesanne 2 Infootsing raamatukogu andmebaasidest 2.1. Otsing andmebaasist Compendex Engineering Village platvormil. 2.1.1 b) ((Thermal treatment of physical properties of polyethylene.) WN All fields) c) 189 artiklit e) (((((thermal treatment) WN CV) ) AND ((physical properties) WN CV) ) AND ((polyethylene) WN CV) ) f) 4 artiklit 2.2. Otsing andmebaasist ProQuest Science Journals. 2.1.2 a) 68 articles found in Compendex for 1969-2014: ((({KRUNKS MALLE}) WN AU) OR (({KRUNKS M.}) WN AU)) 2.2.1 a) Jim Brown heads a management consulting firm, Tech-Clarity Inc. in Media, Pa. b) Otsistrateegia : Kõige pealt kirjutasin otsingulahtrisse Tools for all jobs seejärel panin Advanced Search ja sealt kirjutasin teise otsingukasti Jim Brown ja panin in Autors- AU , kahe otsingufraasi vahel oli AND 2.2.2 a) o laiemad märksõnad: environment
Infootsing raamatukogu andmebaasidest 2.1. Otsing andmebaasist Compendex Engineering Village platvormil. 2.1.1. a) Thermal treatment and physical properties and polyethylene b) ((((thermal treatment) WN All fields) AND ((physical properties) WN All fields)) AND ((polyethylene) WN All fields)) c) 200 artiklit d) Thermal treatment and physical properties and polyethylene e) (((((thermal treatment) WN CV) ) AND ((physical properties) WN CV) ) AND ((polyethylene) WN CV) ) f) 4 artiklit 2.1.2 a) 69 artiklit 2.2. Otsing andmebaasist ProQuest Science Journals. 2.2.1 a) Jim Brown heads a management consulting firm, Tech-Clarity Inc. in Media, Pa. b) Valisin advanced search. Sealt sisestasin otsiprofiili "Tools for all jobs" in Document title. Tegin linnukese full texti ette, autoriks kirjutasin "Jim Brown". Dokumendi tüübiks valisin
Individuaalne töö nr 2 2.1 Otsing andmebaasidest Compendex Engineering Village platvormil. 2.1.1 Leia kompleksotsinguga Quick Search artikleid teemal Thermal Treatment of physical properties of polyethylene. a) ,,All Field" leidsin 158 kirjet b) ,,Ei controlled terms" leidsin 1 kirje 2.1.2 Leia Tehnikaülikooli teaduri Malle Krunksi Artikleid andmebaasis Compendex. a) Leidsin 55 artiklit 2.2 Otsing andmebaasist ProQuest Science Journal 2.2.1 Leia Jim Browni artikkel Tools of jobs a) Jim Brown juhatab Tech-Clarity Inc. In Media, Pa. b) Kasutasin Basic Search otsingut, kuhu sisestasin artikli nime. Leidsin ühe artikli, kus avades oli Abstract (referaat) ja Full text (täistekst). Täisteksti alt leidsin infot autori kohta. 2.2.2 Ava andmebaasi ProQuest tesaurus: Advanced Search/Thesaurus a) Laiemad märksõnad: aquatic ecosystems (vee ökosüsteemid), ecosystems
Iseseisev töö nr. 3 1. Otsing andmebaasist ProQuest Science Journals. b) ("tools for all jobs") AND (jim brown OR brown jim) c) Jim Brown heads a management consulting firm, Tech-Clarity Inc. in Media, Pa. He also serves as the product lifecycle management specialist for the PLM Evaluation Center at Technology Evaluation Centers in Montreal. d) Laiemad märksõnad: environment Kitsamad märksõnad: aquatic ecosystems oceans arid zones peatlands coastal plains prairies coral reefs rainforests deserts taiga & tundra forests terrestrial ecosystems
1.1 Moodusta otsiprofiil kasutades a) otsivälju "All Fields". Mitu kirjet leidsid? 164 b) otsivälju "Ei controlled terms" Mitu kirjet leidsid? 1 1.2 a) mitu artiklit leidsid? 54 2.1 a) Ava artikli täistekst ja leia, millist firmat Jim Brown juhatab. Jim Brown juhatab firmat nimega Tech-Clarity Inc. in Media, Pa b) Kirjelda otsistrateegiat: Avasin lehe, kirjutasin otsingusse Tools for all jobs, avasin esimese artikli, otsisin tekstist kirjeid autori kohta kasutades ctrl+F otsifunktsiooni. 2.2. Ava andmebaasi ProQuest tesaurus: Advanced Search/Thesaurus. a) esita kitsamad ja laiemad märksõnad, mida võib
ABS and Other Thermoplastic Pipe Materials International and national standards do not define the design requirements adequately for thermoplastic pipe systems Hoop stress the primary design parameter Manufacturers are heavily relied upon to provide design assistance ABS material properties vary between manufacturers and resin used but are generally consistent to meet standards such as AS3518 Properties are isotropic Thermal strain significant for applications NDE technology is not widely available Testing is defined Thermoplastic Piping Design Codes and Standards AS 3518-2004 Acrylonitrile Butadiene Styrene (ABS) Compounds, Pipes and Fittings for Pressure Applications AS 3690 Installation of ABS Pipe Systems AS2566.1 Buried Flexible Pipelines Part 1: Structural Design AS 2566.2 Buried Flexible Pipelines Part 2 :Installation AS 4041 Pressure Piping Code ASME B31.3 Chemical & Refinery Piping Code
carcinogens AND groundwater Carcinogens AND groundwater AND pollution health risks AND groundwater AND pollution groundwater AND pollution AND problems groundwater AND health risks AND (carcinogen OR cancer) groundwater AND cancer AND (organisms OR health) groundwater AND ecosystem (cancer OR carcinoma OR toxicology) OTSING ScienceDirect - ALL(carcinogens) and ALL(groundwater) [Journals(Chemistry,Environmental Science)], 1679 artiklit Asano, T., Cotruvo, A. J. (2004). Groundwater Recharge with Reclaimed Municipal Wastewater: Health and Regulatory Considerations. - Water Research, väljaanne 8 (kd 38), lk 1941-1951. Veevaru kvaliteet puhastatud munitsipaalvee põhjavette laskmisel. Võimalike terviseprobleemide käsitlemine. OTSING SpringerLink - Carcinogens AND in AND ground AND water, 4234 vastet, 2271 artiklit Chemical Carcinogenesis and Mutagenesis I Volume 94 / 1
Viruses 4. Actinomycetes and stretomyces; 5. Algae eg. BGA, yellow gree algae, golden brown algae. The soil microflora largely depends on the type of soil, temperature, moisture, plant growth, nutrients, pH, and many other factors which may vary between locations but also within a single plot and over very small distances (OECD, 2007). Nevertheless of the quantity of microflora, biomass of all microorganisms living in soil play an important role in the functioning of entire soil ecosystems because their enormous biochemical activity (Barabasz et al. 2002). Soil microflora cycles carbon, nitrogen, phosphorus, and sulfur, plays a role in soil structure formation, decomposition of organic matter, toxin removal, promoting plant growth, and in changes in vegetation (Canbolat at al. 2005 and Martin et al. 2012). Therefore, soil microflora plays a major role in preservation and the balance of life. Because of active role of soil micro-
Non-ionizing indoor climate Poor radiation lighting (magnetic fields) PHYSICAL HAZARDS Risk of fire and Noise in the working environment: electrical shock Physical Part I – Inconvenient indoor hazards Risk from climate sharp objects
All about High Tech High tech is technology that is at the cutting edge--the most advanced technology currently available. There is no specific class of technology that is high tech--the definition shifts over time--so products hyped as high tech in the 1960s would now be considered, if not exactly low tech, then at least somewhat obsolete. This fuzzy definition has led to marketing departments describing nearly all new products as high tech. Economy Because the high-tech sector of the economy develops or uses the most advanced technology known, it is often seen as having the most potential for future growth. This perception has led to
Kálmán Incze 22. Semidry and Dry Fermented Sausages 379 Graciela Vignolo, Cecilia Fontana, and Silvina Fadda 23. Restructured Whole-Tissue Meats 399 Mustafa M. Farouk 24. Functional Meat Products 423 Keizo Arihara and Motoko Ohata PART III. Controls 441 25. Physical Sensors for Quality Control during Processing 443 Marta Castro-Giráldez, Pedro José Fito, Fidel Toldrá, and Pedro Fito 26. Sensory Evaluation of Meat Products 457 Geoffrey R. Nute 27. Detection of Chemical Hazards 469 Milagro Reig and Fidel Toldrá 28. Microbial Hazards in Foods: Food-Borne Infections and Intoxications 481 Daniel Y. C. Fung
hydrothermal activity. Clay deposits may be formed in place as remainder deposits in soil, but thick deposits usually are formed as the result of a secondary sedimentary deposing process. Clay deposits are typically associated with very low energy depositional environments such as large lakes and marine basins. (slide 5) Clays exhibit plasticity when mixed with water in certain proportions. When dry, clay becomes firm and when fired in a kiln, permanent physical and chemical changes occur. These reactions, among other changes, cause the clay to be converted into a ceramic material. Because of these properties, clay is used for making pottery items, both practical and decorative, and construction products such as bricks, wall and floor tiles. Depending on the content of the soil, clay can appear in various colors, from a dull gray to a deep orange-red. Clay in Estonia (slide 6) There are 3 basic types of clay in Estonia
.............................................16 SIGNFICANT EVENTS IN THE HISTORY OF ENERGY BY FUEL.......................16 5.1 Signficant Events in the History of Energy Uses....................................................... 18 SAVING ENERGY ........................................................................................................... 20 ELECTRICITY .................................................................................................................20 7.1 The science of electricity............................................................................................21 7.2 Static electricity..........................................................................................................22 7.3 Magnets and electricity...............................................................................................22 7.4 Batteries produce electricity....................................................................................... 23
The actual ski goes through a silkscreen process, where the design is first put on a piece of silk or other thin fabric. · Different core/chassis solutions: · Finishing: the bases must be put through a machine that grinds and polishes them, and this is done with a
.........................................6 2.1.1. Annual Generation........................................................................................7 2.1.2. Growth and cost trends................................................................................8 2.1.3. Theoretical potential.....................................................................................9 2.1.4. Benefits of wind energy................................................................................10 2.2. Solar Energy........................................................................................................11 2.2.1 Development, deployment and economics................................................12 2.3. Hydroenergy.......................................................................................................13 2.4. Geothermal Energy............................................................................................14 2.5. Biomass Energy...................................
1. Teemaotsing internetist 1. Google Scholar http://scholar.google.com Advanced Scholar Search Find articles with all of the words biocatalytic stereochemical synthesis Collections Articles & patents Search only articles in the following subject areas: Biology, Life Sciences and Enviromental Science; Chemistry and Materials Science; Medicine, Pharmacology and Veterinary Science Leidsin 6 310 tulemust Leheküljed tundusid head, leidsin mitmeid online raamatukogusid. Artiklid tundusid sisukad. Biocatalytic synthesis of polymers. Synthesis of an optically active, epoxy- substituted polyester by lipase-catalyzed polymerization. (1989). [WWW] http://onlinelibrary.wiley.com/doi/10.1002/pola.1989.080270807/abstract (03.04.2012) 2. Yahoo! http://search.yahoo.com Advanced Web Search
Tallinn 2013 Ott Speek Subject: English Geodesy Study group: GI-21b PETROLEUM PRESENTATION Petroleum (L. petroleum, from Greek: Πέτρα (rock) + Latin: oleum (oil) is a naturally occurring flammable liquid consisting of a complex mixture of hydrocarbons of various molecular weights and other liquid organic compounds, that are found in geologic formations beneath the Earth's surface. The name Petroleum covers both naturally occurring unprocessed crude oils and petroleum products that are made up of refined crude oil. A fossil fuel, it is formed when large quantities of dead organisms, usually zooplankton and algae, are buried underneath sedimentary rock and undergo intense heat and pressure. Petroleum is recovered mostly through oil drilling. This comes after the studies of
in cold climates are exam-ined. The background for using windows with improved energy performance is the need to reduce the en-ergy consumption in buildings. Since the heat loss through windows often represents half the total heat loss from houses, much energy can be saved by developing and using better windows with respect to energy performance. The main purpose of having windows in houses is that they provide daylight and view, but windows also provide solar gain that can be utilized as a contribution to the space heating in the building. Therefore the windows also have a positive influence on the energy balance of buildings. To evaluate the possibilities for developing better windows with respect to energy performance when used in Nordic and arctic climates, seven different window types have been examined in terms of the net energy gain and simulations of the energy consumption in buildings with focus on domestic houses.
and soft fruits, and bulbs and flowers. The high productivity of the arable sector has been achieved by the removal of hedgerows to create larger fields, by mechanization, and by the intensive use of fertilizers, pesticides, and fungicides. As with the issue of animal treatment, these trends in arable agriculture have provoked public concern. Combined, these concerns have helped encourage the rapid growth of vegetarianism in Britain since the early 1980s and the expansion of organic farming, although this is still on a very small scale. However, partly in reaction to these concerns, and partly because of costs, the trend is now towards lower chemical use in farming. Agricultural policy includes schemes to encourage farmers to take land out of agricultural production to adopt more environmentally kind, but less productive methods of farming to impose production quotas on certain products, like milk, and to reduce subsidies on others. EXERCISE.
6) Kriging radon concentrations of groundwaters in western ardennes 7) Direct comparison of three methods for the determination of radon in well water 8) Childhood cancer mortality and radon concentration in drinking water in North Carolina 9) Naturally occurring radionuclides in drinking water: An exercise in risk benefit analysis 10) Analysis of groundwater for cadmium contamination in some districts of Uttar Pradesh, India (?) 11) Estrogen-like and dioxin-like organic contaminants in reclaimed wastewater: Transfer to irrigated soil and groundwater 12) Determination of several potential virulence factors in non-o1 Vibrio cholerae, Pseudomonas aeruginosa, faecal coliforms and streptococci isolated from Marrakesh groundwater VALITUD ARTIKLID: 1) Health risk by radon in drinking and sanitary water: Assessment and control techniques
Ilona Juhanson, 123964YASB 6.1 Google Scholar – http://scholar.google.com „Carcinogens in groundwater“ – 7 tulemust, - tõenäoliselt kõige põhjalikum, kuna tuleneb pealkirjast, mitte ainult kahe peamise märksõna arvelt. carcinogens AND groundwater – 16700 tulemust carcinogens OR groundwater – 1110000 tulemust Yahoo – www.yahoo.com „Carcinogens in groundwater“ – 179 tulemust, - samuti kõige põhjalikum variant, kuna kasutab mõlemat märksõna täpsemal viisil. Carcinogens AND groundwater – 75200 tulemust Carcinogens OR groundwater – 998000 tulemust MetaCrawler – www.metacrawler.com „Carcinogens in groundwater“ – numbriliselt tulemuste hulka ei andnud, küll aga oli hitte 9 lehekülje võrra, ning vasakul nurgas pakkus kaheksa alateemat. Carcinogens AND groundwater – lehekülgede arv jäi samaks Carcinogens OR groundwater – lehekülgede arv jäi samaks Google Scholar and
5. HARJUTUSÜLESANNE 5.1. KIRK, R., OTHMER, D. ENCYCLOPEDIA OF CHEMICAL TECHNOLOGY a) Kohaviit: TE 66/K48 Riiuli nr: 421, 422 b) Leia artikkel teemal "Electrically conductive polymers". c) Köide: 9 lk: 61 d) Esita elektrijuhtivate polümeeride (electrically conductive polymers) lühike definitsioon (võib olla inglise keeles): Electrically conductive polymers are composed of conjugated polymer chains with -electrons delocalized along the backbone. In the neutral, or undoped, form the polymers are either insulating or semiconducting
C5&as_sdtp=on 7440 tulemust Kuna tulemusi on nii palju , leidub nendes ka väga palju kasulikke artikleid, kuid nende leidmine nii paljude hulgast on raske. Nende hulgas oli palju artikleid, mille täistekstid on TTÜ raamatukogus saadaval. 2) Kasutasin ANVANCED SCHOLAR SEARCH: biocatalytic and stereochemical and synthesis ajapiiranguks 2005-2012 otsingu ainevaldkondadeks valisin BIOLOGY, LIFE, SCIENCE, AND ENVIRONMENTAL SCIENCE ja CHEMISTRY AND MATERIALS SCIENCE http://scholar.google.com/scholar?hl=en&q=t %3Abiocatalytic+and+stereochemical+and+synthesis&btnG=Search&as_sdt= 0%2C5&as_ylo=&as_vis=0 1950 tulemust Piiratud otsinguga saadud tulemused on kõik asjalikud ja kasulikud. Paljud täistekstid saadaval TTÜ raamatukogus 3) Otsing Yahhoo´st. Kasutasin inglise keelt: biocatalytic stereochemical synthesis http://search.yahoo.com/search;_ylt=Aur0Lgsn1nx5CzTv_t7fiHSbvZx4?
Marsupials and mammals include cuscus, tree kangaroos, wallabies, bandicoots, spiny anteaters and, in the coastal waters, the dugong. There are between 170 and 200 species of frog and 450 species of butterfly. /3/ 4 The forests of New Guinea Richer and more diverse in species than their montane counterparts, the lowland forests of southern New Guinea are the home of more than 1,200 species of trees. Lowland rainforests are demanding ecosystems. They need at least 2,500 mm of rainfall per year, and they only show the greatest species diversity on well-drained sites. /2/ Soil When seeing the rich canopy and massive trees of the lowland canopy, one is tempted to believe that the soils are very rich. In fact, the soil layer is thin and is easily leached of its nutrients compared to the highlands. /2/ Lowland forest Beyond 1,000 m, the lowland forest gives way to montane forests. Here, the canopy is lower than
Natural resources-our treasure Natural resources are land or raw materials like minerals, fluids, gases, organic matters and also woods, groundwater, animals and so on, in other words it's everything that human hasn't created. These resources are also used in industry. We get natural resources from the environment. Many of them are essential for our survival while others are used for satisfying our wants. Renewable resources: Some natural resources can be reproduced within a few years or decades. These are called renewable resources
Ilona Juhanson, 123964YASB 3.1 Sisestasin otsingusse autori nime: MacDiarmid Alan G A )Kokku oli tal artikleid üle 700, kuid aastatel 1975-1985 avaldas ta vaid 203 artiklit: B) Võtsin paremalt kõrvalt Refine, Publication Year, 1975-1985 C) Neil aastatel: Conducting polymers – 21, Plastics – 3 Üleüldse: Conducting polymers – 163, Plastics – 32 D) Refine alt. Proovisin nii 1975- 1985 kui ka ilma
Entsüklopeediad: 1. (2 P) KIRK, R., OTHMER, D. ENCYCLOPEDIA OF CHEMICAL TECHNOLOGY a) Kohaviit: TE 66/K-48 Riiuli nr: 422 b) Artikkel teemal "Electrically conductive polymers" c) Köide: 9 lk: 61 d) Elektrijuhtivate polümeeride lühike definitsioon (võib olla inglise keeles) Elecrtically conductive polymers are composed of conjugated polymer chains with -electrons delocalized along the backbone. 2. (2 P) ENCYCLOPEDIA OF INORGANIC CHEMISTRY a) Kohaviit: TE 546/E-54 Riiuli nr: 303 b) Vismuti füüsikalised omadused "Physical properties of Bismuth"
leader for the sixth consecutive year. In January 2010, Stratasys signed an agreement with HP to manufacture HPbranded 3D printers. In August 2012, the agreement was discontinued. In December 2012, Stratasys merged with Objet. (Stratasys 55%, Objet 45%) In 2012, a project to produce a working firearm by 3D printing. Stratasys refused and withdrew their license for use of the printer. ABOUT THE COMPANY Stratasys manufactures 3D printing equipment and materials that create physical objects directly from digital data. Its systems range from affordable desktop 3D printers to large, advanced 3D production systems, making 3D printing more accessible than ever. Manufacturers use Stratasys 3D Printers to create models and prototypes for new product design and testing Educators use the technology to elevate research and learning in science, engineering, design and art. Hobbyists and entrepreneurs use Stratasys 3D
Hee, M. J., Sun, K. M., Deung P. H., Hwan K. C., Lim L. J., Han, K. S. (2010). SYSTEM OF DRINKING WATER TREATMENT USING IMMERSED MEMBRANES : KR20100053155. [Online] esp@cenet (16.04.1012) 6. (5P) Leidke andmebaasist Compendex täistekstartikleid teemal Water treatment process of membranes. Esitage: a) otsistrateegia: Panin otsinguvälja teema nime (Water treatment process of membraanes) b) artiklite arv: 5530 a) ühe relevantse e artikli kirje: Kimura, K. (2009) Influence of residual organic macromolecules produced in biological wastewater treatment processes on removal of pharmaceuticals by NF/RO membraanes. -Water Research, 43(15), 3751-3758. [Online] Compendex (16.04.2012 7. (5 P) Leidke internetist artikleid teemal Water treatment process of membranes kasutades mõnda teadusotsimootorit (mitte Google). Esitage: a) otsimootori nimetus: Yahoo a) otsistrateegia: panin otsingusse teema nime b) ühe relevantse veebilehe URL (veebiaadress) c) miks see leht on usaldusväärne?
organic matter including manure, sewage sludge, municipal solid waste, biodegradable waste. If opportunely refined it can be used for electricity production. Also for space-, water- or process heating. Unintentional production of biogases has been an ongoing issue in many regions of the world, and several nations have also looked to biogas as a potential source of clean energy. India and China have both invested extensively in creative biogas technology to provide fuel for their citizens and there are a number of interesting applications for this gas which appeal to people who are interested in sustainable energy and the health of the environment. The basis for biogas is organic material such as food scraps and feces which are held in an anaerobic area, which can range from a storage tank which is not ventilated to a device which is specifically designed to produce gases. The conditions
Tartu 2013 Topics Renewable energy Solar energy Wind energy Hydroelectric power Geothermal energy Biomass energy Renewable energy Renewable energy comes from sources that naturally renew, or will not run out in our lifetimes. Includes sunlight, wind, water, geothermal heat and various forms of biomass. Renewable energy cannot be exhausted and is constantly renewed. Does not harm the environment. Saves money. Solar energy Solar energy is the technology used to harness the sun's energy and make it useable. Every hour the sun beams onto Earth more than enough energy to satisfy global energy needs for an entire year. Solar energy use has surged at about 20 percent a year over the past 15 years, thanks to rapidly falling prices and gains in efficiency. Solar energy is inexhaustible. Noise free. Does not harm the environment. Click to edit Master text styles Second level Third level
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