(object) array( 'id' => '10529333', 'url' => 'UZ/timer', 'image' => '', 'title' => 'taymer', 'tags' => array ( 0 => 'taymer', 1 => 'Software', 2 => 'Computer', 3 => 'Operating systems', 4 => 'Apple', 5 => 'Mac OS X', 6 => '', ), 'term' => 'taymer', 'source_id' => 8782, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Software', 1 => 'Computer', ), 'category' => array ( 0 => 'Operating systems', ), 'company' => array ( 0 => 'Apple', ), 'product' => array ( 0 => 'Mac OS X', ), 'lastedit' => '20150820125805', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'Berilgan astronomik vaqt mobaynida impulslarni berib turadigan va vaqt hisobini ta’minlaydigan qurilma. Uning asosida yuqori sifatli kvars kristali tebranishlari yotadi. Hisob vaqtining aniqligi tebranishlar yetarlicha o‘zgarmas chastota bilan sodir bo‘lishi tufayli ta’minlanadi. Vaqt hisobini olib borish vazifasi operatsion tizim zimmasiga tushadi. Ko‘pgina kompyuterlarda, ular elektr tarmog‘idan o‘chirilganda ham ichki soat o‘z ishini davom ettiraveradi. Bunday soatlar akkumulyatorlardan ozuqa oladi.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510028650832986112, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'timer', 'Industry' => 'Software; Computer', 'Product Category' => 'Operating systems', 'Product' => 'Mac OS X', 'Company' => 'Apple', 'Part of Speech' => 'noun', 'Usage Status' => 'Approved', 'Definition' => 'Συσκευή που σας βοηθά να βάλετε την ώρα, μετρώντας μέχρι το μηδέν και τηλέφωνο ξυπνητήρι.', 'Creation User' => 'Tom the translator', 'Creation Date' => '2010/4/21', 'Revision User' => 'Tom the translator', 'Revision Date' => '2010/4/21', 'Context' => '', 'Usage Comment' => '', 'Synonym' => '', 'Domain' => 'Marketing;Other', 'Other Reference' => '', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'timer', )

(object) array( 'id' => '10529438', 'url' => 'UZ/combustion_₁', 'image' => '', 'title' => 'Yonish', 'tags' => array ( 0 => 'Yonish', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'Yonish', 'source_id' => 76553, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150820143925', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'Oksidlovchi va yoqilg\'i o\'rtasida issiqlik va yorug\'lik ajralishi bilan boradigan ekzotermik reaksiya.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510035004743221248, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'combustion', 'Definition' => 'An exothermic reaction between an oxidant and fuel with heat and often light.', 'Part of Speech' => 'noun', 'Industry' => 'Chemistry', 'Product Category' => 'General chemistry', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'combustion_₁', )

(object) array( 'id' => '10537888', 'url' => 'UZ/mole_fraction', 'image' => '', 'title' => 'mol ulushi', 'tags' => array ( 0 => 'mol ulushi', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'mol ulushi', 'source_id' => 76939, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150826113714', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'Aralashma tarkibidagi birikmaning konsentratsiyasi bo\'lib, birikma mollarining aralashma moliga nisbati bilan aniqlanadi. Misol uchun, havo tarkibidagi kislorodning mol ulushi 0,21 ga teng, buning ma\'nosi 1 mol havo 0,21 mol O2 ni o\'z ichiga olgan, deganidir.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510567136647446532, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'mole fraction', 'Definition' => 'Concentration of a substance in a mixture measured as moles of the substance per mole of mixture. For example, the mole fraction of oxygen in air is about 0.21, which means that 1 mol of air contains about 0.21 mol O2.', 'Part of Speech' => 'noun', 'Domain' => 'Documentation', 'Usage Status' => 'New', 'Industry' => 'Chemistry', 'Product Category' => 'General chemistry', 'Creation User' => 'Vicki S', 'Creation Date' => '2010/6/30', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'mole_fraction', )

(object) array( 'id' => '10530667', 'url' => 'UZ/dispersion_forces_(also_called_London_dispersion_forces)', 'image' => '', 'title' => 'dispersion kuchlar (London dispersion kuchlari deb ham ataladi)', 'tags' => array ( 0 => 'dispersion kuchlar (London dispersion kuchlari deb ham ataladi)', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'dispersion kuchlar (London dispersion kuchlari deb ham ataladi)', 'source_id' => 76568, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150821031507', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'Dispersion kuch barcha molekulalar orasida mavjud bo\'lgan molekulalararo tortishish kuchidir. Bu kuchlar engil qutb daqiqalarni sabab elektronlar harakati natijasidir. Dispersion kuchlar odatda juda zaif, lekin molekulyar massa oshishi bilan, ularning kuchi ham oshadi.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510082567913603077, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'dispersion forces (also called London dispersion forces)', 'Definition' => 'Dispersion is an intermolecular attraction force that exists between all molecules. These forces are the result of the movement of electrons which cause slight polar moments. Dispersion forces are generally very weak but as the molecular mass increases so does their strength.', 'Part of Speech' => 'noun', 'Domain' => 'Documentation', 'Usage Status' => 'New', 'Industry' => 'Chemistry', 'Product Category' => 'General chemistry', 'Revision User' => 'Vicki S', 'Revision Date' => '2010/06/30', 'Creation User' => 'Vicki S', 'Creation Date' => '2010/6/30', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'dispersion_forces_(also_called_London_dispersion_forces)', )

(object) array( 'id' => '10582615', 'url' => 'UZ/substitution_₄', 'image' => '', 'title' => 'almashinish', 'tags' => array ( 0 => 'almashinish', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'almashinish', 'source_id' => 149616, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150830050414', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'Molekuladagi atom yoki bir qism boshqa molekulaning atom yoki qismi bilan almashinishi reaksiyasi.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510904799084675075, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'substitution', 'Definition' => 'A reaction in which an atom or fragment within a molecule is replaced with another.', 'Part of Speech' => 'noun', 'Domain' => 'Documentation', 'Usage Status' => 'New', 'Industry' => 'Chemistry', 'Product Category' => 'General chemistry', 'Creation User' => 'Shemuwel', 'Creation Date' => '2010/8/13', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'substitution_₄', )

(object) array( 'id' => '10529437', 'url' => 'UZ/colligative_properties', 'image' => '', 'title' => 'Kolligativ xossalar', 'tags' => array ( 0 => 'Kolligativ xossalar', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'Kolligativ xossalar', 'source_id' => 76552, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150820143923', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'Eritmaning kolligativ xossalari eritmani tashkil etuvchi zarrachalar xossalariga emas, balki mazkur zarrachalar soniga bog\'liqdir. Asosiy kolligativ xossalar qaynash nuqtasining oshishi va muzlash nuqtasining pasayishi veb-sahifalariga yo\'naltirilgan.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510035004742172675, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'colligative properties', 'Definition' => 'Properties of a solution that depend only on the number of particles dissolved in it, not the properties of the particles themselves. The main colligative properties addressed at this web site are boiling point elevation and freezing point depression.', 'Part of Speech' => 'noun', 'Domain' => 'Documentation', 'Usage Status' => 'New', 'Industry' => 'Chemistry', 'Product Category' => 'General chemistry', 'Revision User' => 'Vicki S', 'Revision Date' => '2010/06/30', 'Creation User' => 'Vicki S', 'Creation Date' => '2010/6/30', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'colligative_properties', )

(object) array( 'id' => '10581139', 'url' => 'UZ/parent_isotope', 'image' => '', 'title' => 'ota-ona izotop', 'tags' => array ( 0 => 'ota-ona izotop', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'ota-ona izotop', 'source_id' => 76985, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150829140835', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'Yadroviy parchalanishga yoki bo\'linishga uchraydigan izotop.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510848427780472832, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'parent isotope', 'Definition' => 'parent isotope-Or parental isotope, is an element undergoing a nuclear decay, or destruction', 'Part of Speech' => 'noun', 'Domain' => 'Documentation', 'Usage Status' => 'New', 'Industry' => 'Chemistry', 'Product Category' => 'General chemistry', 'Revision User' => 'Vicki S', 'Revision Date' => '2010/06/30', 'Creation User' => 'Vicki S', 'Creation Date' => '2010/6/30', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'parent_isotope', )

(object) array( 'id' => '10537949', 'url' => 'UZ/methionine', 'image' => '', 'title' => 'metionin', 'tags' => array ( 0 => 'metionin', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'metionin', 'source_id' => 149567, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150826131410', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'Oltingugurt tutgan yon zanjirga ega, oqsil tarkibiga kiruvchi tabiiy aminokislota.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510573239080845312, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'methionine', 'Definition' => 'A naturally occurring amino acid and building block of proteins with a sulfur-containing side chain.', 'Part of Speech' => 'noun', 'Domain' => 'Documentation', 'Usage Status' => 'New', 'Industry' => 'Chemistry', 'Product Category' => 'General chemistry', 'Creation User' => 'Shemuwel', 'Creation Date' => '2010/8/13', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'methionine', )

(object) array( 'id' => '10537887', 'url' => 'UZ/molecule_₂', 'image' => '', 'title' => 'molekula', 'tags' => array ( 0 => 'molekula', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'molekula', 'source_id' => 76935, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150826113712', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'Element yoki aralashmaning barcha xususiyatlarini o\'zida tutuvchi, element yoki aralashmaning eng kichik zarrachasi. Molekula xarakterli tarkib va tuzilishga ega, kimyoviy bog\'langan atomlar yig\'indisidir. Molekulada bog\'lar hosil bo\'lishi yoki uzilishi yangi boshqa bir molekulani vujudga keltiradi. Ion moddalar molekulalardan tashkil topgan bo\'lmaydi, chunki kristallda kimyoviy bog\' bilan bog\'langan ionlarning aniq to\'plami mavjud emas.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510567136647446531, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'molecule', 'Definition' => 'The smallest particle of an element or compound that retains the chemical properties of the element or compound. A molecule is a collection of chemically bound atoms with characteristic composition and structure. Making or breaking bonds in a molecule changes it into a new molecule. Ionic compounds are not composed of molecules, because there is no distinct collection of ions that are chemically bound in the crystal.', 'Part of Speech' => 'noun', 'Domain' => 'Documentation', 'Usage Status' => 'New', 'Industry' => 'Chemistry', 'Product Category' => 'General chemistry', 'Creation User' => 'Vicki S', 'Creation Date' => '2010/6/30', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'molecule_₂', )

(object) array( 'id' => '10530936', 'url' => 'UZ/empirical_formula', 'image' => '', 'title' => 'empirik formula', 'tags' => array ( 0 => 'empirik formula', 1 => 'Chemistry', 2 => 'General chemistry', 3 => '', ), 'term' => 'empirik formula', 'source_id' => 76680, 'type' => 'term', 'namespace' => 1958, 'nstext' => 'UZ', 'industry' => array ( 0 => 'Chemistry', ), 'category' => array ( 0 => 'General chemistry', ), 'lastedit' => '20150821114815', 'part_of_speech' => 'noun', 'creation_user' => 'Tulkin', 'special_term' => '', 'definition' => 'Empirik formulalarda modda qaysi element atomlaridan necha moldan tuzilganligini ko\'rsatadi. Misol uchun, glyukozaning empirik formulasi CH2O bo\'lib, bu formulaga ko\'ra har 1 mol uglerodga 2 mol vodorod va 1 mol kislorod to\'gri kelishini ko\'rsatadi.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1510114844077981698, 'nstext_full' => 'Uzbek (UZ)', 's_attr' => (object) array( 'Term' => 'empirical formula', 'Definition' => 'Empirical formulas show which elements are present in a compound, with their mole ratios indicated as subscripts. For example, the empirical formula of glucose is CH2O, which means that for every mole of carbon in the compound, there are 2 moles of hydrogen and one mole of oxygen.', 'Part of Speech' => 'noun', 'Domain' => 'Documentation', 'Usage Status' => 'New', 'Industry' => 'Chemistry', 'Product Category' => 'General chemistry', 'Creation User' => 'Vicki S', 'Creation Date' => '2010/6/30', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'empirical_formula', )