(object) array( 'id' => '7381192', 'url' => 'ID/Shirley_Temple_₁', 'image' => '20e725f5-1392217662.jpg;', 'title' => 'Shirley Temple', 'tags' => array ( 0 => 'Shirley Temple', 1 => 'People', 2 => 'Actresses', 3 => '', ), 'term' => 'Shirley Temple', 'source_id' => 7380657, 'type' => 'term', 'namespace' => 1364, 'nstext' => 'ID', 'industry' => array ( 0 => 'People', ), 'category' => array ( 0 => 'Actresses', ), 'lastedit' => '20140713153931', 'part_of_speech' => 'proper noun', 'creation_user' => 'superdude', 'special_term' => '', 'definition' => 'Shirley Temple (23 Mei 1928 – 10 Februari 2014) adalah bintang cilik yang mudah menjadi terkenal di sepanjang masa. Dia mulai karir perfilman pada tahun 1932 sejak umur tiga tahun dan dengan cepatnya berkembang menjadi bintang super. Pada usia lima tahun, ia mampu melakukan semua akting, menyanyi dan menari. Di tahun 1934, ia menemukan ketenaran internasional pada penampilan film Bright Eyes, sebuah film yang dirancang khusus untuk bakatnya. Dia menerima Penghargaan Akademi Remaja spesial pada Februari 1935 untuk kontribusinya yang luar biasa sebagai seorang pemain remaja untuk film pada tahun 1934. Dia menduduki posisi teratas di box-office selama empat tahun berturut-turut (1935–38) dalam sebuah jajak pendapat Motion Picture Herald. Penggemar menggemarinya karena dia pandai, lincah dan riang di filmnya dan mereka akhirnya membeli jutaan dolar produk yang menyerupai mereka. Barang dagangan berlisensi yang dengan memakai keseluruhan termasuk boneka, peralatan makan, rekaman, mug, topi, pakaian dan masih banyak lagi. Pada tahun 1939, popularitas box office menurun ketika ia menginjak masa remaja, dan dia meninggalkan industri perfilm pada usia remaja. Ia muncul pada beberapa film dari berbagai kualitas saat pertengahan usia remaja hingga ke-akhir masa remaja, dan benar-benar pensiun dari perfilm di tahun 1950 pada usia 22. Temple kembali ke bisnis pertunjukannya pada tahun 1958 dengan televisi antologi berseri yang diadaptasi dari dongeng. Dia membuat penampilan tamu di acara televisi pada awal tahun 1960-an dan mensyuting pilot sitkom yang tidak pernah dirilis. Ia duduk di dewan perusahaan dan organisasi termasuk The Walt Disney Company, Del Monte Food dan National Wildlife Federation. Ia memulai karir diplomatik pada tahun 1969, dengan perjanjian untuk mewakili Amerika Serikat pada sesi dari Majelis Umum Perserikatan Bangsa-Bangsa. Pada tahun 1988, ia menerbitkan otobiografinya, Child Star (Bintang Cilik). Temple juga penerima penghargaan dan kehormatan termasuk Penghormatan Kennedy Center dan Prestasi Penghargaan Screen Actors Guild Life. Dia menduduki urutan 18 dalam daftar American Film Institute\'s dari wanita legendaris Amerika layar terbesar sepanjang masa. Shirley Temple, bintang cilik terbesar, meninggal pada 10 Februari 2014 di California. Usianya adalah 85.', 'usage_comment' => '', 'glossary' => '', 'width' => 625, 'height' => 480, '_version_' => 1503630589051273219, 'nstext_full' => 'Indonesian (ID)', 's_attr' => (object) array( 'Special Term' => 'TIN', 'Term' => 'Shirley Temple', 'Definition' => 'Shirley Temple (April 23, 1928 – February 10, 2014) was easily the most popular child star of all time. She began her film career in 1932 at the age of three and soon progressed to super stardom. At age five, she was able to do it all: act, sing, and dance. In 1934, she found international fame in Bright Eyes, a feature film designed specifically for her talents. She received a special Juvenile Academy Award in February 1935 for her outstanding contribution as a juvenile performer to motion pictures during 1934. She was the top box-office draw four years in a row (1935–38) in a Motion Picture Herald poll. Fans loved her as she was bright, bouncy and cheerful in her films and they ultimately bought millions of dollars worth of products that had her likeness on them. Licensed merchandise that capitalized on her wholesome image included dolls, dishes, records, mugs, hats, dresses and more. By 1939, her box office popularity declined as she reached adolescence, and she left the film industry in her teens. She appeared in a few films of varying quality in her mid-to-late teens, and retired completely from films in 1950 at the age of 22. Temple returned to show business in 1958 with a two-season television anthology series of fairy tale adaptations. She made guest appearances on television shows in the early 1960s and filmed a sitcom pilot that was never released. She sat on the boards of corporations and organizations including The Walt Disney Company, Del Monte Foods, and the National Wildlife Federation. She began her diplomatic career in 1969, with an appointment to represent the United States at a session of the United Nations General Assembly. In 1988, she published her autobiography, Child Star. Temple was also the recipient of awards and honors including Kennedy Center Honors and a Screen Actors Guild Life Achievement Award. She ranks 18th on the American Film Institute's list of the greatest female American screen legends of all time. Shirley Temple, the biggest little star, died on February 10, 2014 in California. She was 85.', 'Part of Speech' => 'proper noun', 'Sample Image' => '20e725f5-1392217662.jpg;', 'Source Lang' => '1180', 'Industry' => 'People', 'Product Category' => 'Actresses', 'Usage Status' => 'New', 'Creation User' => 'H9', 'Creation Date' => '2014/2/12', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'Shirley_Temple_₁', )

(object) array( 'id' => '3732561', 'url' => 'ID/Gottfrid_Svartholm', 'image' => '450px-Gottfrid portrait.jpg;', 'title' => 'Gottfrid Svartholm', 'tags' => array ( 0 => 'Gottfrid Svartholm', 1 => 'People', 2 => 'Personalities', 3 => '', ), 'term' => 'Gottfrid Svartholm', 'source_id' => 3732329, 'type' => 'term', 'namespace' => 1364, 'nstext' => 'ID', 'industry' => array ( 0 => 'People', ), 'category' => array ( 0 => 'Personalities', ), 'lastedit' => '20121101064433', 'part_of_speech' => 'proper noun', 'creation_user' => 'superdude', 'special_term' => '', 'definition' => 'Per Gottfrid Svartholm Warg (lahir 17 Oktober 1984), alias anakata, adalah spesialis komputer di Swedia. Ia adalah rekan pendiri situs BitTorrent, The Pirate Bay bersama dengan Fredrik Neij dan Peter Sunde. Pada tanggal 30 Agustus 2012 ia ditangkap oleh polisi Kamboja setelah pencarian global di Phnom Penh. Ia telah tinggal sana selama beberapa tahun. The Pirate Bay didirikan pada tahun 2003 sebagai situs berbagi file dan telah lama menjadi target RIAA dan MPAA. Terdiri lebih dari 31 juta pengguna dan masih beroperasi.', 'usage_comment' => '', 'glossary' => '', 'width' => 450, 'height' => 600, '_version_' => 1503614264631361536, 'nstext_full' => 'Indonesian (ID)', 's_attr' => (object) array( 'Term' => 'Gottfrid Svartholm', 'Definition' => 'Per Gottfrid Svartholm Warg (born 17 October 1984), alias anakata, is a Swedish computer specialist. He is a co-founder of the BitTorrent site The Pirate Bay together with Fredrik Neij and Peter Sunde. On 30 August 2012 he was arrested by Cambodian police after a global search in Phnom Penh. He had been residing there for several years. The Pirate Bay was founded in 2003 as a file-sharing site and has long been a target of the MPAA and RIAA. It consists of more than 31 million users and still operates.', 'Part of Speech' => 'proper noun', 'Usage Status' => 'New', 'Sample Image' => '450px-Gottfrid portrait.jpg;', 'Industry' => 'People', 'Product Category' => 'Personalities', 'Special Term' => 'TIN', 'Creation User' => 'Markus87', 'Creation Date' => '2012/9/3', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'Gottfrid_Svartholm', )

(object) array( 'id' => '8121775', 'url' => 'ID/Aereo_₁', 'image' => '146da37b-1403712668.png;', 'title' => 'Aereo', 'tags' => array ( 0 => 'Aereo', 1 => 'Broadcasting & receiving', 2 => 'Radio & TV broadcasting equipment', 3 => '', ), 'term' => 'Aereo', 'source_id' => 8120817, 'type' => 'term', 'namespace' => 1364, 'nstext' => 'ID', 'industry' => array ( 0 => 'Broadcasting & receiving', ), 'category' => array ( 0 => 'Radio & TV broadcasting equipment', ), 'lastedit' => '20141214121845', 'part_of_speech' => 'proper noun', 'creation_user' => 'superdude', 'special_term' => '', 'definition' => 'Diluncurkan pada bulan Februari 2012, Aereo adalah sebuah perusahaan teknologi yang berbasis di New York City yang memberikan program televisi melalui udara bagi para pelanggan dengan perangkat yang terhubung ke Internet. Didukung oleh Barry Diller\'s IAC, teknologi menggunakan ribuan antena TV miniatur untuk meraup sinyal dari stasiun lokal di kota-kota seperti New York, Boston dan Atlanta, dan kemudian menyalurkan sinyal tersebut ke smartphone, tablet atau komputer dari pelanggan yang membayar. Pelanggan memilih memilih apa yang akan mereka tonton pada layar panduan yang tradisional. Mereka juga dapat merekam acara dan menontonnya nanti. Sekelompok penyiar menggugat Aereo di awal tahun 2012, sebelum diluncurkan di pasar untuk pertama kalinya, di Kota New York. Penyiar menegaskan bahwa Aereo melanggar hak cipta dengan mengadakan "pertunjukan umum" dari acara TV mereka. Aereo mengatakan bahwa itu hanya mengaktifkan pemutaran secara pribadi, seperti antena TV dari rak. The Mahkamah Agung memutus untuk menentang Aereo dalam 6-3 suara pada 25 Juni 2014. Keputusan itu pada dasarnya dilindungi hingga miliaran dolar dalam biaya pengiriman ulang dimana para penyiar mengumpulkannya untuk sinyal mereka. Aereo mengatakan bahwa penetapan hukum "sebuah kerugian besar bagi konsumen yang mencari alternatif untuk bundel kabel.', 'usage_comment' => '', 'glossary' => '', 'width' => 281, 'height' => 268, '_version_' => 1503633727397298176, 'nstext_full' => 'Indonesian (ID)', 's_attr' => (object) array( 'Special Term' => 'TIN', 'Term' => 'Aereo', 'Definition' => 'Launched in February 2012, Aereo is a technology company based in New York City that delivers over-the-air television programs on Internet-connected devices to subscribers. Backed by Barry Diller's IAC, the technology uses thousands of miniature TV antennas to scoop up the freely available signals of local stations in cities like New York, Boston and Atlanta, and then deliver those signals to smartphones, tablets or computers of paying subscribers. Subscribers pick what to watch through a traditional on-screen guide. They can also record shows and stream them later. A group of broadcasters sued Aereo in early 2012, before it had even launched in its first market, New York City. The broadcasters asserted that Aereo violated copyright laws by allowing "public performances" of their TV shows. Aereo said it was only enabling private screenings, just like off-the-shelf TV antennas do. The Supreme Court ruled against Aereo in a 6-3 vote on June 25, 2014. The ruling essentially protected billions of dollars in retransmission fees that broadcasters collect for their signals. Aereo said the ruling was a "big loss for consumers who seek alternatives to the cable bundle.', 'Part of Speech' => 'proper noun', 'Sample Image' => '146da37b-1403712668.png;', 'Source Lang' => '1180', 'Industry' => 'Broadcasting & receiving', 'Product Category' => 'Radio & TV broadcasting equipment', 'Usage Status' => 'New', 'Creation User' => 'Dscott', 'Creation Date' => '2014/6/25', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'Aereo_₁', )

(object) array( 'id' => '8143501', 'url' => 'ID/mobile_device_₁', 'image' => '', 'title' => 'perangkat mobile', 'tags' => array ( 0 => 'perangkat mobile', 1 => 'Software', 2 => 'Operating systems', 3 => 'Microsoft', 4 => '', ), 'term' => 'perangkat mobile', 'source_id' => 213540, 'type' => 'term', 'namespace' => 1364, 'nstext' => 'ID', 'industry' => array ( 0 => 'Software', ), 'category' => array ( 0 => 'Operating systems', ), 'company' => array ( 0 => 'Microsoft', ), 'lastedit' => '20140726041804', 'part_of_speech' => 'noun', 'creation_user' => 'superdude', 'special_term' => '', 'definition' => 'Segenggam peralatan seperti musik portabel atau pemutar video, PDA (personal digital assistant), ponsel, atau perangkat Windows Mobile yang bekerja pada dirinya sendiri, tetapi juga dapat dihubungkan ke komputer. Banyak dari perangkat ini informasi dapat di sinkronisasi dengan Windows.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1503633815045668864, 'nstext_full' => 'Indonesian (ID)', 's_attr' => (object) array( 'Term' => 'mobile device', 'Definition' => 'A piece of handheld equipment such as a portable music or video player, PDA (personal digital assistant), mobile phone, or Windows Mobile device that works on its own but can also connect to a computer. Many of these devices can sync information with Windows.', 'Part of Speech' => 'noun', 'Domain' => 'Documentation', 'Usage Status' => 'New', 'Industry' => 'Software', 'Product Category' => 'Operating systems', 'Company' => 'Microsoft', 'Creation User' => 'Maxiao', 'Creation Date' => '2010/9/3', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'mobile_device_₁', )

(object) array( 'id' => '7540798', 'url' => 'ID/gene_mapping_₆', 'image' => '1fdc0f89-1394690302.jpeg;', 'title' => 'gen pemetaan', 'tags' => array ( 0 => 'gen pemetaan', 1 => 'Biology', 2 => 'Genetics', 3 => '', ), 'term' => 'gen pemetaan', 'source_id' => 7540100, 'type' => 'term', 'namespace' => 1364, 'nstext' => 'ID', 'industry' => array ( 0 => 'Biology', ), 'category' => array ( 0 => 'Genetics', ), 'lastedit' => '20140726035430', 'part_of_speech' => 'noun', 'creation_user' => 'superdude', 'special_term' => '', 'definition' => 'Pemetaan gen merujuk kepada satu dari dua cara definitif yang berbeda untuk menemukan gen pada kromosom. Pemetaan gen jenis pertama disebut juga Pemetaan genetik. Pemetaan genetik mengacu kepada penggunaan analisis terpaut untuk menentukan bagaimana kedua gen pada kromosom saling berhubungan pada posisi mereka. Pemetaan fisik, adalah jenis lain dari pemetaan gen, menempatkan gen melalui posisi absolut pada kromosom dengan menggunakan teknik yang tersedia. Setelah gen diletakan, maka dapat dikloning, menentukan urutan DNA, dan mempelajari produk molekul.', 'usage_comment' => '', 'glossary' => '', 'width' => 480, 'height' => 336, '_version_' => 1503631323227488257, 'nstext_full' => 'Indonesian (ID)', 's_attr' => (object) array( 'Special Term' => 'TIN', 'Term' => 'gene mapping', 'Definition' => 'Gene mapping refers to one of two different ways of definitively locating the gene on a chromosome. The first type of gene mapping is also called genetic mapping. Genetic mapping refers to the use of linkage analysis to determine how two genes on a chromosome relate in their positions. Physical mapping, the other type of gene mapping, locates genes by their absolute positions on a chromosome using any technique available. Once a gene is located, it can be cloned, its DNA sequence determined, and its molecular product studied.', 'Part of Speech' => 'noun', 'Sample Image' => '1fdc0f89-1394690302.jpeg;', 'Source Lang' => '1180', 'Industry' => 'Biology', 'Product Category' => 'Genetics', 'Usage Status' => 'New', 'Creation User' => 'tula.ndex', 'Creation Date' => '2014/3/13', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'gene_mapping_₆', )

(object) array( 'id' => '8207373', 'url' => 'ID/reversible_tractor_beam', 'image' => '1e8ff6cb-1413778272.jpg;', 'title' => 'traktor reversibel balok', 'tags' => array ( 0 => 'traktor reversibel balok', 1 => 'Physics', 2 => 'Lasers', 3 => '', ), 'term' => 'traktor reversibel balok', 'source_id' => 8207158, 'type' => 'term', 'namespace' => 1364, 'nstext' => 'ID', 'industry' => array ( 0 => 'Physics', ), 'category' => array ( 0 => 'Lasers', ), 'lastedit' => '20141122030234', 'part_of_speech' => 'noun', 'creation_user' => 'superdude', 'special_term' => 'TIN', 'definition' => 'Traktor sorotan merupakan teknik yang menggunakan sorotan cahaya untuk menarik suatu objek dari kejauhan. Istilah ini awalnya diciptakan oleh E. E. Smith sebagai update deskripsi sorotan penarik sebelumnya dalam novelnya Spacehounds of IPC (1931). Reversibel traktor sorotan adalah sorotan yang dapat menarik dan menghalau objek melintasi jarak. Ilmuwan telah mengembangkan reversibel traktor sorotan serbaguna menggunakan sinar laser tunggal untuk memindahkan objek melintasi jarak 100 kali lebih jauh dari sebelumnya. Aplikasi yang praktis dapat mencakup pengendalian polusi udara, atau mengambil partikel kecil, halus atau berbahaya untuk sampel. Itu bisa juga ditingkatkan untuk kegunaan yang lebih besar.', 'usage_comment' => '', 'glossary' => '', 'width' => 769, 'height' => 571, '_version_' => 1503634050032599040, 'nstext_full' => 'Indonesian (ID)', 's_attr' => (object) array( 'Special Term' => 'TIN', 'Term' => 'reversible tractor beam', 'Definition' => 'A tractor beam is a technique that uses a light beam to attract one object to another from a distance. The term was originally coined by E. E. Smith as an update to his earlier description of the attractor beam in his novel Spacehounds of IPC (1931). A reversible tractor beam is a beam that can both attract and repel objects across distances. Scientists have developed versatile reversible tractor beams using a single laser beam to move objects across distances 100 times farther than previously possible. Practical applications could include controlling atmospheric pollution, or retrieving tiny, delicate or dangerous particles for sampling. It could also be scaled up for larger uses.', 'Part of Speech' => 'noun', 'Sample Image' => '1e8ff6cb-1413778272.jpg;', 'Source Lang' => '1180', 'Industry' => 'Physics', 'Product Category' => 'Lasers', 'Usage Status' => 'New', 'Creation User' => 'Dscott', 'Creation Date' => '2014/10/20', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'reversible_tractor_beam', )

(object) array( 'id' => '3312989', 'url' => 'ID/Euro_Cup_championship', 'image' => 'uefa-1341280518.jpg;', 'title' => 'Kejuaraan Piala Euro', 'tags' => array ( 0 => 'Kejuaraan Piala Euro', 1 => 'Sports', 2 => 'Football', 3 => '', ), 'term' => 'Kejuaraan Piala Euro', 'source_id' => 3312719, 'type' => 'term', 'namespace' => 1364, 'nstext' => 'ID', 'industry' => array ( 0 => 'Sports', ), 'category' => array ( 0 => 'Football', ), 'lastedit' => '20120814144240', 'part_of_speech' => 'proper noun', 'creation_user' => 'superdude', 'special_term' => '', 'definition' => 'UEFA European Football Championship, juga dikenal sebagai Kejuaraan Piala Euro, adalah kompetisi utama sepak bola tim nasional sepak bola laki-laki yang diatur oleh UEFA (Union of European Football Associations). Spesifik kejuaraan sering disebut dengan tahun mereka termasuk, misalnya "Euro 2008" atau "Euro 2012". Euro 2012 adalah kejuaraan Eropa yang ke 14. Pada pertandingan final di Kiev Spanyol yang mengalahkan Itali dengan skor 4-0. Tim yang menang diberikan Piala, yang dinamai Piala Henri Delaunay. Piala ini diberi nama untuk menghormati Henri Delaunay, Sekretaris Jendral pertama UEFA. Nama tim yang menang terukir di belakang trophy, yang terbuat dari perak.', 'usage_comment' => '', 'glossary' => '', 'width' => 200, 'height' => 301, '_version_' => 1503612449309327364, 'nstext_full' => 'Indonesian (ID)', 's_attr' => (object) array( 'Term' => 'Euro Cup championship', 'Definition' => 'The UEFA European Football Championship, also known as Euro Cup championship, is the main football competition of the men\'s national football teams governed by UEFA (Union of European Football Associations). Specific championships are often referred to with their year included, e.g. "Euro 2008" or "Euro 2012". The Euro 2012 was the 14th European Championship. In the final match in Kiev Spain won over Italy with a score of 4–0. The winning team is awarded a trophy, the so called The Henri Delaunay Trophy. It is named in honor of Henri Delaunay, the first General Secretary of UEFA. The names of the winning teams are engraved on the back of the trophy, that is made out of silver.', 'Part of Speech' => 'proper noun', 'Usage Status' => 'New', 'Sample Image' => 'uefa-1341280518.jpg;', 'Industry' => 'Sports', 'Product Category' => 'Football', 'Special Term' => 'TIN', 'Creation User' => 'jakob', 'Creation Date' => '2012/7/3', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'Euro_Cup_championship', )

(object) array( 'id' => '6488178', 'url' => 'ID/Typhoon_Haiyan', 'image' => 'd09b280b-1384138422.jpg;', 'title' => 'Haiyan topan', 'tags' => array ( 0 => 'Haiyan topan', 1 => 'Weather', 2 => 'Storms', 3 => '', ), 'term' => 'Haiyan topan', 'source_id' => 6487740, 'type' => 'term', 'namespace' => 1364, 'nstext' => 'ID', 'industry' => array ( 0 => 'Weather', ), 'category' => array ( 0 => 'Storms', ), 'lastedit' => '20140202154550', 'part_of_speech' => 'proper noun', 'creation_user' => 'superdude', 'special_term' => '', 'definition' => 'Topan Haiyan merupakan salah satu topan terkuat yang pernah dicatat oleh dunia. Pada tanggal 9 November 2013, Filipina dihantam olehnya dan menimbulkan korban jiwa yang terbanyak dalam catatan sejarah negara. Pada akhir Oktober, Samudera Pasifik terbentuk, angin membentuk Haiyan berkecepatan 147 mph (235 kph) hingga 170 mph (275 kph) dan menciptakan gelombang badai setinggi 20 kaki (6 meter) ketika ia mendarat di pesisir timur Filipina. Badai yang menyebabkan kerusakan yang luas untuk pada Kepulauan lebih dari 7.000 pulau, dengan Leyte, Samar dan bagian utara Cebu yang menderita akibat badai. Secara keseluruhan, empat juta orang menjadi korban badai. Meskipun upaya pemerintah untuk mengevakuasi hampir 800,000 orang sebelum topan, Haiyan menyebabkan korban yang sangat banyak, dengan korban mati sebanyak 10.000 orang di Pulau Leyte saja, sebagian akibat tenggelam, bangunan runtuh dan tanah longsor. Korban yang lebih banyak berada di Tacloban, ibukota Propinsi sekitar 200.000 orang yang merupakankota terbesar di pulau itu.', 'usage_comment' => '', 'glossary' => '', 'width' => 960, 'height' => 637, '_version_' => 1503626811669479428, 'nstext_full' => 'Indonesian (ID)', 's_attr' => (object) array( 'Special Term' => 'TIN', 'Term' => 'Typhoon Haiyan', 'Definition' => 'Typhoon Haiyan was one of the most powerful typhoons ever recorded in the world. It hit the Philippines on November 9, 2013 and inflicted the highest casualties in the country\'s recorded history. Formed in the Pacific Ocean in late October, Haiyan packed winds of 147 mph (235 kph) with gusts up to 170 mph (275 kph) and created a storm surge of 20 feet (6 meters) when it made landfall on Philippines\' eastern seaboard. The storm caused widespread damage to many of the archipelago\'s more than 7,000 islands, with Leyte, Samar and the northern part of Cebu bearing the brunt of the storm. In all, four million people were affected by the storm. Despite of the effort by the government to evacuate nearly 800,000 people ahead of the typhoon, Haiyan caused massive casualties, with 10,000 dead on Leyte Island alone, mostly from drowning, collapsed buildings and landslides. Many of the affected were in Tacloban, the provincial capital of about 200,000 people that is the biggest city on the island.', 'Part of Speech' => 'proper noun', 'Sample Image' => 'd09b280b-1384138422.jpg;', 'Source Lang' => '1180', 'Industry' => 'Weather', 'Product Category' => 'Storms', 'Usage Status' => 'New', 'Creation User' => 'Zhangjie', 'Creation Date' => '2013/11/11', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'Typhoon_Haiyan', )

(object) array( 'id' => '8259237', 'url' => 'ID/all-diffused', 'image' => '', 'title' => 'Semua-menyebar.', 'tags' => array ( 0 => 'Semua-menyebar.', 1 => 'Engineering', 2 => 'Electronic engineering', 3 => '', ), 'term' => 'Semua-menyebar.', 'source_id' => 2776544, 'type' => 'term', 'namespace' => 1364, 'nstext' => 'ID', 'industry' => array ( 0 => 'Engineering', ), 'category' => array ( 0 => 'Electronic engineering', ), 'lastedit' => '20141214122147', 'part_of_speech' => 'noun', 'creation_user' => 'superdude', 'special_term' => '', 'definition' => 'Jenis sirkuit terpadu di mana unsur-unsur aktif dan pasif telah direkayasa dengan cara difusi dan proses-proses yang terkait.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1503634278555058178, 'nstext_full' => 'Indonesian (ID)', 's_attr' => (object) array( 'Definition' => 'A type of integrated circuit in which both active and passive elements have been fabricated by diffusion and related processes.', 'Industry' => 'Engineering', 'Part of Speech' => 'noun', 'Product Category' => 'Electronic engineering', 'Creation User' => 'Francisco2012', 'Creation Date' => '2012/5/14', 'Term' => 'all-diffused', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'all-diffused', )

(object) array( 'id' => '11787290', 'url' => 'ID/biovorous', 'image' => '', 'title' => 'biovorous', 'tags' => array ( 0 => 'biovorous', 1 => 'Physics', 2 => 'Nanotechnology', 3 => '', ), 'term' => 'biovorous', 'source_id' => 353047, 'type' => 'term', 'namespace' => 1364, 'nstext' => 'ID', 'industry' => array ( 0 => 'Physics', ), 'category' => array ( 0 => 'Nanotechnology', ), 'lastedit' => '20180821001539', 'part_of_speech' => 'noun', 'creation_user' => 'superdude', 'special_term' => '', 'definition' => 'Dari "biovore;" suatu organisme yang mampu mengubah bahan biologis menjadi energi untuk makanan.', 'usage_comment' => '', 'glossary' => '', 'width' => 0, 'height' => 0, '_version_' => 1609391709180919808, 'nstext_full' => 'Indonesian (ID)', 's_attr' => (object) array( 'Term' => 'biovorous', 'Definition' => 'From "biovore;" an organism capable of converting biological material into energy for sustenance.', 'Part of Speech' => 'noun', 'Domain' => 'Documentation', 'Usage Status' => 'New', 'Industry' => 'Physics', 'Product Category' => 'Nanotechnology', 'Creation User' => 'graygoo', 'Creation Date' => '2010/10/6', 'Source Lang' => '1180', ), 's_namespace_text' => 'EN', 's_namespace_text_full' => 'English (EN)', 's_title' => 'biovorous', )