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NLL subject authority ontology

Content language

Alphabetical

Hierarchy

New

... > Physics > Thermodynamics > Heat engineering > Heat-engines > Internal combustion engines

... > Chemistry, Physical and theoretical > Thermodynamics > Heat engineering > Heat-engines > Internal combustion engines

... > Dynamics > Thermodynamics > Heat engineering > Heat-engines > Internal combustion engines

... > Dynamics > Thermodynamics > Heat engineering > Heat-engines > Internal combustion engines

... > Dynamics > Thermodynamics > Heat engineering > Heat-engines > Internal combustion engines

... > Mechanics > Thermodynamics > Heat engineering > Heat-engines > Internal combustion engines

... > Physics > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Electromagnetic waves > Heat > Heat engineering > Heat-engines > Internal combustion engines

... > Engineering > Mechanical engineering > Heat engineering > Heat-engines > Internal combustion engines

... > Engineering > Mechanical engineering > Heat engineering > Heat-engines > Internal combustion engines

... > Engineering > Mechanical engineering > Heat engineering > Heat-engines > Internal combustion engines

... > Engineering > Mechanical engineering > Heat engineering > Heat-engines > Internal combustion engines

... > Engineering > Mechanical engineering > Heat engineering > Heat-engines > Internal combustion engines

... > Engineering > Mechanical engineering > Heat engineering > Heat-engines > Internal combustion engines

... > Engineering > Mechanical engineering > Heat engineering > Heat-engines > Internal combustion engines

... > Engineering > Mechanical engineering > Heat engineering > Heat-engines > Internal combustion engines

... > Engineering > Mechanical engineering > Heat engineering > Heat-engines > Internal combustion engines

... > Engineering > Mechanical engineering > Heat engineering > Heat-engines > Internal combustion engines

... > Engineering > Mechanical engineering > Heat engineering > Heat-engines > Internal combustion engines

... > Engineering > Mechanical engineering > Heat engineering > Heat-engines > Internal combustion engines

... > Engineering > Mechanical engineering > Heat engineering > Heat-engines > Internal combustion engines

... > Technology > Machinery > Engines > Heat-engines > Internal combustion engines

... > Power (Mechanics) > Machinery > Engines > Heat-engines > Internal combustion engines

... > Manufactured products > Machinery > Engines > Heat-engines > Internal combustion engines

... > Exact science > Technology > Machinery > Engines > Internal combustion engines

... > Mechanics > Power (Mechanics) > Machinery > Engines > Internal combustion engines

Commercial products > Manufactured products > Machinery > Engines > Internal combustion engines

... > Physics > Mechanics > Power (Mechanics) > Motors > Internal combustion engines

... > Technology > Machinery > Engines > Motors > Internal combustion engines

... > Power (Mechanics) > Machinery > Engines > Motors > Internal combustion engines

... > Manufactured products > Machinery > Engines > Motors > Internal combustion engines

... > Engineering > Mechanical engineering > Power transmission > Motors > Internal combustion engines

... > Engineering > Mechanical engineering > Power transmission > Motors > Internal combustion engines

... > Engineering > Mechanical engineering > Power transmission > Motors > Internal combustion engines

... > Engineering > Mechanical engineering > Power transmission > Motors > Internal combustion engines

... > Engineering > Mechanical engineering > Power transmission > Motors > Internal combustion engines

... > Engineering > Mechanical engineering > Power transmission > Motors > Internal combustion engines

... > Engineering > Mechanical engineering > Power transmission > Motors > Internal combustion engines

... > Engineering > Mechanical engineering > Power transmission > Motors > Internal combustion engines

... > Engineering > Mechanical engineering > Power transmission > Motors > Internal combustion engines

... > Engineering > Mechanical engineering > Power transmission > Motors > Internal combustion engines

... > Engineering > Mechanical engineering > Power transmission > Motors > Internal combustion engines

... > Engineering > Mechanical engineering > Power transmission > Motors > Internal combustion engines

... > Engineering > Mechanical engineering > Power transmission > Motors > Internal combustion engines

... > Mechanics > Power (Mechanics) > Power transmission > Motors > Internal combustion engines

Gas producers > Internal combustion engines

Preferred term

Internal combustion engines

Source: Jaunā autotehnisko terminu vārdnīca, 1997:

Identifier

LNC10-000061311

Iekšdedzes dzinēji

Latvian
Gāzdzinēji
Gāzes dzinēji
Gāzes motori
Iekšdedzes motori

URI

http://dati.lnb.lv/onto/subject/LNC10-000061311

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