Quiz 4 Flashcards

1
Q

_____ is the fuel of global economy.

A

Energy

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2
Q

_______ is a complex system that starts with extraction from a variety of sources and then moves to ____, _____, _______, and _______.

A

Energy harnessing network, transformation, storage, distribution, final utilization

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3
Q

_______ is the field of activities focused on obtaining sources of energy from natural resources.

A

Energy development

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4
Q

Energy can be classified as _____ and ______ sources.

A

primary, secondary

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5
Q

_____ resources are significantly depleted by human use

A

Non-renewable

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6
Q

_____ resources are produced by ongoing process that can sustain indefinite human exploitation.

A

Renewable

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7
Q

Examples of primary energy resources

A

Wind, solar, wood fuel, fossil fuels such as coal, oil and natural gas.

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8
Q

Examples of secondary resources

A

Electricity, hydrogen, or other synthetic fuels.

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9
Q

It is electrical current used as power source

A

Electricity

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10
Q

In September of _____, ______ Faraday made the discovery of ________

A

1831, Michael, Electromagnetic Induction

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11
Q

It is the source of mechanical energy for a rotating electric generator.

A

Prime mover

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11
Q

The sources for prime movers are ____, _____, and ____.

A

Thermal, hydro, wind

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12
Q

It is a mechanical device that is forced to rotate by the pressure of gas

A

Turbine

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13
Q

It is an industrial location that is utilized for the generation and distribution of electric power in mass scale.

A

Power plant station

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14
Q

Nearly all power generating stations has an ______ or _______, which is basically a rotating machine that is equipped to convert energy from the _______ domain into _______ domain by creating _____ between the ________ and the _______

A

AC alternator, generator, mechanical, electrical, relative motion, magnetic field, conductor

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15
Q

3 Major classification of power production

A

Nuclear, hydro-electric, thermal power generation

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16
Q

As per US EIA ______ power plant has the highest capacity factor

A

nuclear

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17
Q

Operation of nuclear plant generates _____ to _____ permanent jobs, which on average pay a ____% higher wage than other jobs.

A

400,700,36%

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18
Q

The power from 1kg of ______ is approximately equivalent to _____ gallons of _____, 1 ton of______ or ______ cubic feet of natural gas

A

uranium, 126, oil, coal, 17000

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19
Q

Nuclear power is ____, ____ and _____

A

clean, efficient, cheap

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20
Q

Only, ____% of the world’s energy is produced by nuclear power plants,

A

4.4

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21
Q

The first ___________ (PWR), started up in 1960 and operated until 1992 in Yankee, Rome

A

Pressurized Water Reactor

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22
Q

In 2017, the top producers of nuclear energy were:

A

USA, France, China, Russia, S. Korea, Canada, Ukraine, Germany, UK, Sweden

23
Q

Two types of Nuclear Power Plants:

A

Pressurized Water Reactor and Boiling Water Reactor

24
Q

The present analysis of existing reactor concepts focuses on six key reactor attributes:

A

cost effectiveness, safety, security and nonproliferation, grid appropriateness, commercialization roadmap, fuel cycle

25
Q

_____ refers to the prototype and power reactors that launched civil nuclear power. This generation consists of early prototype reactors from the 1950s and 1960s.

A

Generation 1

26
Q

The _____ is a substances which is used as a conductor of heat it absorbs the thermal energy generated through fission

A

Coolant

27
Q

The ______ is a substance which slows down the speed pf the fission reaction.

A

Moderator

28
Q

The ______ is responsible for _______ and the ______ is used for the ___________.

A

coolant, steam generating, moderator, sustainable chain reaction.

29
Q

______ refers to a class of commercial reactors designed to be economical and reliable. Examples: PWR, Canada Deuterium Uranium (CANDU), BWR, Advanced Gas-Cooled Reactors (AGR) and Vodo-Vodyanoi Energetichesky Reactors (VVER).

A

Generation II

30
Q

An array of fuel channels, containing the reactor fuel passes through a large cylindrical vessel called _______ which contains the heavy water moderator and reflector.

A

Calandria

31
Q

To remove heat from a nuclear reactor, a _____ is used.

A

Coolant

32
Q

A _________ is a type of light water reactor that uses ordinary water as the _______ and the _______

A

Pressurized water reactor, moderator, coolant.

33
Q

A major difference between _____ and the ______ is that the latter have _______

A

PWR, VVER, horizontal steam generators.

34
Q

_____ nuclear reactors essentially Gen II reactors with evolutionary, state-of-the-art, design improvements.

A

Generation III

35
Q

Gen I and II are both regulated by ____ based on 10 CFR Part _____

A

NRC regulations, 50

36
Q

Gen III and III+ are regulated by NRC regulated based on 10 CFR Part _____

A

52

37
Q

Only _____ Gen III reactors, all ____ are in operation today and no Gen III reactors in USA

A

four, AECL

38
Q

Typical operation life of Gen II and III

A

40, 60

39
Q

_____ reactor designs are an evolutionary development of Gen III reactors.

A

Generation III+

40
Q

Examples of gen III+ reactors.

A

advanced CANDU
VVER-1200/392M
European Pressurized Reactor (EPR)
Economic Simplified Boiling Reactor (ESBWR)

41
Q

_____ implies a system of reactors and nuclear fuel and reprocessing facilities. Considered safer and more efficient. ______ is the first country to operate this generation of reactor. Meanwhile, ______ are purely theoretical

A

Generation IV, China, Generation V

42
Q

The _____ is an international organization that coordinates the development of generation IV reactors.

A

Generation IV International Forum (GIF)

43
Q

Six reactor candidates for Gen IV reactors.

A

Gas-cooled fast reactor (GFR)
Lead-cooled fast reactor (LFR)
Molten salt reactor (MSR)
Sodium-cooled fast reactor (SFR)
Supercritical-water-cooled reactor (SCWR)
Very high-temperature reactor (VHTR)

44
Q

The majority of reactors in operation around the world are ______ generation and ______ generation reactor, as the majority of the ______ generation systems have been retires since 2021.

A

second, third, first.

45
Q

The ______ has received the greatest share of funding that supports demonstration facilities

A

Sodium fast reactor

46
Q

The _______ designs operated at much higher temperature prior generations. This allows for _______ or for ______ for the efficient production of hydrogen and the synthesis of __________.

A

very-high temperature reactor, high temperature electrolysis, sulfur-iodine cycle, carbon-neutral fuels.

47
Q

The ______ is an industrial process involving various steps to produce electricity from uranium in nuclear power reactors.

A

nuclear fuel cycle

48
Q

If spent fuel is not reprocessed it is referred as _____, on the hand if the fuel is reprocessed it is referred as _______.

A

Open fuel cycle, close fuel cycle

49
Q

Types of non-conventional energy power generation

A

solar, sea/ocean, wind, geothermal

50
Q

_______ are a type of solar energy

A

Solar thermal systems

51
Q

They are called energy of the future

A

Alternative source of energy

52
Q

With fossil fuel supplies running out, ____ and ____ are now becoming an important energy source

A

wind energy and wind power

53
Q

______ is a free and renewable secondary form of solar energy.

A

wind energy

54
Q

The ______ is the movement or motion of substances and objects contained in the wind that can be converted into both _____ and _____ energy by a _______.

A

kinetic energy, mechanical, electrical, windmill.