indirect materials - перевод на Английский
Diclib.com
Словарь ChatGPT
Введите слово или словосочетание на любом языке 👆
Язык:

Перевод и анализ слов искусственным интеллектом ChatGPT

На этой странице Вы можете получить подробный анализ слова или словосочетания, произведенный с помощью лучшей на сегодняшний день технологии искусственного интеллекта:

  • как употребляется слово
  • частота употребления
  • используется оно чаще в устной или письменной речи
  • варианты перевода слова
  • примеры употребления (несколько фраз с переводом)
  • этимология

indirect materials - перевод на Английский

TAX COLLECTED BY AN INTERMEDIARY. INDIRECT TAXES ARE LEVIED (IMPOSED OR CHARGED) BY GOVERNMENT
Indirect taxes; Indirect taxation; Indirect Tax
  • General government]] revenue, in % of [[GDP]], from indirect taxes. For this data, the [[variance]] of GDP per capita with purchasing power parity (PPP) is explained in 0 % by tax revenue.
  • Tax structure per OECD country in 2018.<ref>OECD (2020), Revenue Statistics 2020. Chapter 1: Tax revenue trends 1965-2018. Organisation for Economic Co-operation and Development. https://doi.org/10.1787/888934209457</ref>
  • Trends in Tax Structures in OECD Countries<ref>OECD (2020), Revenue Statistics 2020, Chapter 1: Tax revenue trends 1965-2018. Organisation for Economic Co-operation and Development. https://doi.org/10.1787/888934209457</ref>
Найдено результатов: 762
indirect materials      

бухгалтерский учет

вспомогательные [косвенные, непрямые] материалы (материалы, которые либо не относятся напрямую к производству конкретной продукции, либо очень сложно зафиксировать долю их участия; обычно это различные материалы по ремонту или обслуживанию оборудования (напр., гвозди, клей, запасные детали и т. д.); стоимость косвенных материалов относится на накладные расходы)

Смотрите также

direct materials; indirect material cost

indirect materials      
вспомогательные производственные материалы (включая запчасти)
materials science         
  • [[Buckminsterfullerene]] nanostructure
  • A [[scanning electron microscopy]] image of carbon nanotubes bundles
  • A 6&nbsp;μm diameter carbon filament (running from bottom left to top right) siting atop the much larger human hair
  • Beverage containers of all three materials types: ceramic (glass), metal (aluminum), and polymer (plastic).
  • A phase diagram for a binary system displaying a eutectic point
  • Expanded polystyrene polymer packaging
  • solid state physics]]”.
  • Six classes of conventional engineering materials
  • The materials paradigm represented in the form of a tetrahedron
  • The iridescent [[nacre]] inside a [[nautilus]] shell
  • Microstructure of pearlite
  • doi= 10.1021/cm9801901}}</ref>
  • The repeating unit of the polymer polypropylene
  • Si<sub>3</sub>N<sub>4</sub> ceramic bearing parts
  • doi-access=free }}</ref>
  • Wire rope made from [[steel]] alloy
  • A late [[Bronze Age sword]] or dagger blade
RESEARCH, DISCOVERY AND DESIGN OF PHYSICAL MATERIALS (ESPECIALLY SOLIDS)
Materials Science; Material science; Materials engineering; Material engineering; Materials Science and Technology; Material Science; Material Engineering; Matsci; Materials engineer; Advanced material; Materials science and engineering; Materials scientist; Engineered materials; Material sciences; Metallurgy & Materials Engineering; Materials Science & Engineering; Materials research; Materials Chemistry; Materials physics; Materials Technology; Materials technology; Materials Scientist; Material scientist; Materials chemistry; Materials Engineering; Engineering materials; Materials Science Engineering; Materials science engineering; Materials sciences; Digital materials; Material Science and Engineering; Digital Materials; Material Sciences; Material chemistry; Material physics; Science of Materials; Engineering material; Science of materials; Modern materials

[mə'ti(ə)riəlzsaiəns]

специальный термин

материаловедение

наука о материалах

engineering materials         
  • [[Buckminsterfullerene]] nanostructure
  • A [[scanning electron microscopy]] image of carbon nanotubes bundles
  • A 6&nbsp;μm diameter carbon filament (running from bottom left to top right) siting atop the much larger human hair
  • Beverage containers of all three materials types: ceramic (glass), metal (aluminum), and polymer (plastic).
  • A phase diagram for a binary system displaying a eutectic point
  • Expanded polystyrene polymer packaging
  • solid state physics]]”.
  • Six classes of conventional engineering materials
  • The materials paradigm represented in the form of a tetrahedron
  • The iridescent [[nacre]] inside a [[nautilus]] shell
  • Microstructure of pearlite
  • doi= 10.1021/cm9801901}}</ref>
  • The repeating unit of the polymer polypropylene
  • Si<sub>3</sub>N<sub>4</sub> ceramic bearing parts
  • doi-access=free }}</ref>
  • Wire rope made from [[steel]] alloy
  • A late [[Bronze Age sword]] or dagger blade
RESEARCH, DISCOVERY AND DESIGN OF PHYSICAL MATERIALS (ESPECIALLY SOLIDS)
Materials Science; Material science; Materials engineering; Material engineering; Materials Science and Technology; Material Science; Material Engineering; Matsci; Materials engineer; Advanced material; Materials science and engineering; Materials scientist; Engineered materials; Material sciences; Metallurgy & Materials Engineering; Materials Science & Engineering; Materials research; Materials Chemistry; Materials physics; Materials Technology; Materials technology; Materials Scientist; Material scientist; Materials chemistry; Materials Engineering; Engineering materials; Materials Science Engineering; Materials science engineering; Materials sciences; Digital materials; Material Science and Engineering; Digital Materials; Material Sciences; Material chemistry; Material physics; Science of Materials; Engineering material; Science of materials; Modern materials

строительное дело

конструкционные материалы

engineering material         
  • [[Buckminsterfullerene]] nanostructure
  • A [[scanning electron microscopy]] image of carbon nanotubes bundles
  • A 6&nbsp;μm diameter carbon filament (running from bottom left to top right) siting atop the much larger human hair
  • Beverage containers of all three materials types: ceramic (glass), metal (aluminum), and polymer (plastic).
  • A phase diagram for a binary system displaying a eutectic point
  • Expanded polystyrene polymer packaging
  • solid state physics]]”.
  • Six classes of conventional engineering materials
  • The materials paradigm represented in the form of a tetrahedron
  • The iridescent [[nacre]] inside a [[nautilus]] shell
  • Microstructure of pearlite
  • doi= 10.1021/cm9801901}}</ref>
  • The repeating unit of the polymer polypropylene
  • Si<sub>3</sub>N<sub>4</sub> ceramic bearing parts
  • doi-access=free }}</ref>
  • Wire rope made from [[steel]] alloy
  • A late [[Bronze Age sword]] or dagger blade
RESEARCH, DISCOVERY AND DESIGN OF PHYSICAL MATERIALS (ESPECIALLY SOLIDS)
Materials Science; Material science; Materials engineering; Material engineering; Materials Science and Technology; Material Science; Material Engineering; Matsci; Materials engineer; Advanced material; Materials science and engineering; Materials scientist; Engineered materials; Material sciences; Metallurgy & Materials Engineering; Materials Science & Engineering; Materials research; Materials Chemistry; Materials physics; Materials Technology; Materials technology; Materials Scientist; Material scientist; Materials chemistry; Materials Engineering; Engineering materials; Materials Science Engineering; Materials science engineering; Materials sciences; Digital materials; Material Science and Engineering; Digital Materials; Material Sciences; Material chemistry; Material physics; Science of Materials; Engineering material; Science of materials; Modern materials

общая лексика

машиностроительный материал

science of materials         
  • [[Buckminsterfullerene]] nanostructure
  • A [[scanning electron microscopy]] image of carbon nanotubes bundles
  • A 6&nbsp;μm diameter carbon filament (running from bottom left to top right) siting atop the much larger human hair
  • Beverage containers of all three materials types: ceramic (glass), metal (aluminum), and polymer (plastic).
  • A phase diagram for a binary system displaying a eutectic point
  • Expanded polystyrene polymer packaging
  • solid state physics]]”.
  • Six classes of conventional engineering materials
  • The materials paradigm represented in the form of a tetrahedron
  • The iridescent [[nacre]] inside a [[nautilus]] shell
  • Microstructure of pearlite
  • doi= 10.1021/cm9801901}}</ref>
  • The repeating unit of the polymer polypropylene
  • Si<sub>3</sub>N<sub>4</sub> ceramic bearing parts
  • doi-access=free }}</ref>
  • Wire rope made from [[steel]] alloy
  • A late [[Bronze Age sword]] or dagger blade
RESEARCH, DISCOVERY AND DESIGN OF PHYSICAL MATERIALS (ESPECIALLY SOLIDS)
Materials Science; Material science; Materials engineering; Material engineering; Materials Science and Technology; Material Science; Material Engineering; Matsci; Materials engineer; Advanced material; Materials science and engineering; Materials scientist; Engineered materials; Material sciences; Metallurgy & Materials Engineering; Materials Science & Engineering; Materials research; Materials Chemistry; Materials physics; Materials Technology; Materials technology; Materials Scientist; Material scientist; Materials chemistry; Materials Engineering; Engineering materials; Materials Science Engineering; Materials science engineering; Materials sciences; Digital materials; Material Science and Engineering; Digital Materials; Material Sciences; Material chemistry; Material physics; Science of Materials; Engineering material; Science of materials; Modern materials

общая лексика

материаловедческий

материаловедение

engineering materials         
  • [[Buckminsterfullerene]] nanostructure
  • A [[scanning electron microscopy]] image of carbon nanotubes bundles
  • A 6&nbsp;μm diameter carbon filament (running from bottom left to top right) siting atop the much larger human hair
  • Beverage containers of all three materials types: ceramic (glass), metal (aluminum), and polymer (plastic).
  • A phase diagram for a binary system displaying a eutectic point
  • Expanded polystyrene polymer packaging
  • solid state physics]]”.
  • Six classes of conventional engineering materials
  • The materials paradigm represented in the form of a tetrahedron
  • The iridescent [[nacre]] inside a [[nautilus]] shell
  • Microstructure of pearlite
  • doi= 10.1021/cm9801901}}</ref>
  • The repeating unit of the polymer polypropylene
  • Si<sub>3</sub>N<sub>4</sub> ceramic bearing parts
  • doi-access=free }}</ref>
  • Wire rope made from [[steel]] alloy
  • A late [[Bronze Age sword]] or dagger blade
RESEARCH, DISCOVERY AND DESIGN OF PHYSICAL MATERIALS (ESPECIALLY SOLIDS)
Materials Science; Material science; Materials engineering; Material engineering; Materials Science and Technology; Material Science; Material Engineering; Matsci; Materials engineer; Advanced material; Materials science and engineering; Materials scientist; Engineered materials; Material sciences; Metallurgy & Materials Engineering; Materials Science & Engineering; Materials research; Materials Chemistry; Materials physics; Materials Technology; Materials technology; Materials Scientist; Material scientist; Materials chemistry; Materials Engineering; Engineering materials; Materials Science Engineering; Materials science engineering; Materials sciences; Digital materials; Material Science and Engineering; Digital Materials; Material Sciences; Material chemistry; Material physics; Science of Materials; Engineering material; Science of materials; Modern materials
конструкционные материалы
materials science         
  • [[Buckminsterfullerene]] nanostructure
  • A [[scanning electron microscopy]] image of carbon nanotubes bundles
  • A 6&nbsp;μm diameter carbon filament (running from bottom left to top right) siting atop the much larger human hair
  • Beverage containers of all three materials types: ceramic (glass), metal (aluminum), and polymer (plastic).
  • A phase diagram for a binary system displaying a eutectic point
  • Expanded polystyrene polymer packaging
  • solid state physics]]”.
  • Six classes of conventional engineering materials
  • The materials paradigm represented in the form of a tetrahedron
  • The iridescent [[nacre]] inside a [[nautilus]] shell
  • Microstructure of pearlite
  • doi= 10.1021/cm9801901}}</ref>
  • The repeating unit of the polymer polypropylene
  • Si<sub>3</sub>N<sub>4</sub> ceramic bearing parts
  • doi-access=free }}</ref>
  • Wire rope made from [[steel]] alloy
  • A late [[Bronze Age sword]] or dagger blade
RESEARCH, DISCOVERY AND DESIGN OF PHYSICAL MATERIALS (ESPECIALLY SOLIDS)
Materials Science; Material science; Materials engineering; Material engineering; Materials Science and Technology; Material Science; Material Engineering; Matsci; Materials engineer; Advanced material; Materials science and engineering; Materials scientist; Engineered materials; Material sciences; Metallurgy & Materials Engineering; Materials Science & Engineering; Materials research; Materials Chemistry; Materials physics; Materials Technology; Materials technology; Materials Scientist; Material scientist; Materials chemistry; Materials Engineering; Engineering materials; Materials Science Engineering; Materials science engineering; Materials sciences; Digital materials; Material Science and Engineering; Digital Materials; Material Sciences; Material chemistry; Material physics; Science of Materials; Engineering material; Science of materials; Modern materials
материаловедение
materials science         
  • [[Buckminsterfullerene]] nanostructure
  • A [[scanning electron microscopy]] image of carbon nanotubes bundles
  • A 6&nbsp;μm diameter carbon filament (running from bottom left to top right) siting atop the much larger human hair
  • Beverage containers of all three materials types: ceramic (glass), metal (aluminum), and polymer (plastic).
  • A phase diagram for a binary system displaying a eutectic point
  • Expanded polystyrene polymer packaging
  • solid state physics]]”.
  • Six classes of conventional engineering materials
  • The materials paradigm represented in the form of a tetrahedron
  • The iridescent [[nacre]] inside a [[nautilus]] shell
  • Microstructure of pearlite
  • doi= 10.1021/cm9801901}}</ref>
  • The repeating unit of the polymer polypropylene
  • Si<sub>3</sub>N<sub>4</sub> ceramic bearing parts
  • doi-access=free }}</ref>
  • Wire rope made from [[steel]] alloy
  • A late [[Bronze Age sword]] or dagger blade
RESEARCH, DISCOVERY AND DESIGN OF PHYSICAL MATERIALS (ESPECIALLY SOLIDS)
Materials Science; Material science; Materials engineering; Material engineering; Materials Science and Technology; Material Science; Material Engineering; Matsci; Materials engineer; Advanced material; Materials science and engineering; Materials scientist; Engineered materials; Material sciences; Metallurgy & Materials Engineering; Materials Science & Engineering; Materials research; Materials Chemistry; Materials physics; Materials Technology; Materials technology; Materials Scientist; Material scientist; Materials chemistry; Materials Engineering; Engineering materials; Materials Science Engineering; Materials science engineering; Materials sciences; Digital materials; Material Science and Engineering; Digital Materials; Material Sciences; Material chemistry; Material physics; Science of Materials; Engineering material; Science of materials; Modern materials
материаловедение
precombustion chamber         
  • Acro-type injection system, the predecessor of the Lanova, also designed by Franz Lang
  • Ricardo Comet swirl chamber
ENGINE FUEL DELIVERY METHOD
Precombustion chamber; Indirect gasoline injection; Swirl chamber injection; Lanova combustion chamber; Ante-chamber injection; Pre-combustion chamber

реактивная техника

пусковая камера

Определение

labor and materials
(time and materials) n. what some builders or repair people contract to provide and be paid for, rather than a fixed price or a percentage of the costs. In many states, if the person performing the work is not a licensed contractor, he/she is limited to labor and materials in any lawsuit for contract payment, and may not receive a profit above that amount. Consumers who believe they will get a better deal from someone working for labor or time and materials should beware and watch receipts and keep track of actual labor hours worked.

Википедия

Indirect tax

An indirect tax (such as sales tax, per unit tax, value added tax (VAT), or goods and services tax (GST), excise, consumption tax, tariff) is a tax that is levied upon goods and services before they reach the customer who ultimately pays the indirect tax as a part of market price of the good or service purchased. Alternatively, if the entity who pays taxes to the tax collecting authority does not suffer a corresponding reduction in income, i.e., impact and tax incidence are not on the same entity meaning that tax can be shifted or passed on, then the tax is indirect.

An indirect tax is collected by an intermediary (such as a retail store) from the person (such as the consumer) who pays the tax included in the price of a purchased good. The intermediary later files a tax return and forwards the tax proceeds to government with the return. In this sense, the term indirect tax is contrasted with a direct tax, which is collected directly by government from the persons (legal or natural) on whom it is imposed. Some commentators have argued that "a direct tax is one that cannot be charged by the taxpayer to someone else, whereas an indirect tax can be."

Indirect taxes constitute a significant proportion of total tax revenue raised by the government. Data published by OECD show that the average indirect tax share of total tax revenue for all member countries in 2018 was 32.7% with standard deviation 7.9%. The member country with the highest share was Chile with 53.2% and at the other end was USA with 17.6%. The general trend in direct vs indirect tax ratio in total tax revenue over past decades in developed countries shows an increase in direct tax share of total tax revenue. Although this trend is also observed in developing countries, the trend is less pronounced there than in developed countries.

Indirect taxes have several uses, the most prominent one (same as for direct taxes) is to raise government revenue. Sales tax and value added tax (VAT) play the major role in this, with VAT being more commonly used around the world. The distinction between these two taxes is that sales tax is paid by the customer at the moment of purchase of the final good or service, whereas VAT is a multistage tax imposed on goods and services that is collected in parts at each stage of production and distribution of goods and services in proportion to the value added by each taxpaying entity.

Apart from the role in raising government revenue, indirect taxes, in the form of tariffs and import duties, are also used to regulate quantity of imports and exports flowing in and out of the country. In case of imports, by tariff imposition the government protects domestic producers from foreign producers that may have lower production costs, and thus are able to sell their goods and services at lower prices, driving domestic producers out of the market. After tariff imposition, imported goods become more expensive for domestic consumers, hence domestic producers are better-off than before tariff imposition.

Furthermore, indirect taxes in the form of excise taxes are used to reduce the consumption of goods and services that create negative externalities. For instance, an excise tax imposed on a pack of cigarettes increases the price of cigarettes, which leads to decreased consumption of cigarettes, which leads to the reduction of health conditions caused by smoking and second-hand smoking. Moreover, the tax discourages the youth from taking up smoking as they have quite elastic price elasticity of cigarette demand.

The concept of Value Added Tax (VAT) as an indirect tax was the brainchild of a German industrialist, Dr. Wilhelm von Siemens in 1918. A hundred years later, the tax which was devised to be efficient and relatively simple to collect and enforce is, together with Goods and Services Tax (GST), now in place in over 140 countries globally.

Как переводится indirect materials на Русский язык