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| has gloss | eng: In general relativity, an exact solution is a Lorentzian manifold equipped with certain tensor fields which are taken to model states of ordinary matter, such as a fluid, or classical nongravitational fields such as the electromagnetic field. These tensor fields should obey any relevant physical laws (for example, any electromagnetic field must satisfy Maxwell's equations). Following a standard recipe which is widely used in mathematical physics, these tensor fields should also give rise to specific contributions to the stress-energy tensor T^ab}. (To wit, whenever a field is described by a Lagrangian, varying with respect to the field should give the field equations and varying with respect to the metric should give the stress-energy contribution due to the field.) |
| lexicalization | eng: Exact solutions in general relativity |
| subclass of | (noun) a homogeneous mixture of two or more substances; frequently (but not necessarily) a liquid solution; "he used a solution of peroxide and water" solution |
| has instance | e/Aichelburg/Sexl ultraboost |
| has instance | e/Anti de Sitter space |
| has instance | e/Bonnor beam |
| has instance | e/De Sitter space |
| has instance | e/De Sitter universe |
| has instance | e/De Sitter–Schwarzschild |
| has instance | e/Deriving the Schwarzschild solution |
| has instance | e/Dust solution |
| has instance | e/Electrovacuum solution |
| has instance | e/Fluid solution |
| has instance | e/Gödel metric |
| has instance | e/Gravitational plane wave |
| has instance | e/Kasner metric |
| has instance | e/Lambdavacuum solution |
| has instance | e/Lemaitre metric |
| has instance | e/Lemaitre-Tolman metric |
| has instance | e/Milne model |
| has instance | e/Monochromatic electromagnetic plane wave |
| has instance | e/Null dust solution |
| has instance | e/Ozváth–Schücking metric |
| has instance | e/Pp-wave spacetime |
| has instance | e/Scalar field solution |
| has instance | e/Static spherically symmetric perfect fluid |
| has instance | e/Static universe |
| has instance | e/Taub-NUT vacuum |
| has instance | e/Vacuum solution (general relativity) |
| has instance | e/Van Stockum dust |
| Meaning | |
|---|---|
| Malay (macrolanguage) | |
| has gloss | msa: Dalam kerelatifan am, suatu jawapan tepat adalah sebuah lipatan ganda Lorentz dialat dengan sesetengah bidang tensor yang diambil pada keadaan model jirim biasa, seperti suatu cecair, atau bidang bukankegravitian klasik seperti bidang elektromagnetik. Bidang tensor ini harus mematuhi mana-mana hukum fizikal berkenaan (contohnya, mana-mana bidang elektromagnetik harus memuaskan persamaan Maxwell). Berikutnya suatu resipi piawai di mana ia digunakan secara luas dalam fizik matematik, tensor ini harus juga memberikan kenaikan pada sumbangan khusus pada tensor tenaga tekanan T^ab}. (To wit, bila-bila sahaja suatu bidang dijelaskan oleh sebuah Lagrangian, berbagai dengan menganggapkan bidang harus memberikan persamaan bidang dan berbagai dengan menganggapkan pada metrik harus memberikan sumbangan tenaga tekanan oleh kerana... |
| lexicalization | msa: Jawapan tepat dalam kerelatifan am |
| Chinese | |
| lexicalization | zho: 廣義相對論的精確解 |
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