[ExpireDate]: 16/02/2022
[ExternalReference]: 2021-500809
[FtsReference]: 2021-031225
[FtsS09F01PriorInformationNotice]
[Information]
[FtsS09F01PriorInformationNotice]
[NoticePin]
[Supplies]
[NoticeIsPriorInfoOnly]
[Section1]: [Ca]
I.1)
[NameAddressContact]
United Kingdom Atomic Energy Authority
N/A
Culham Science Centre
Abingdon
OX14 3DB
UK
[Contactpoint]:
Hugo Silva
[AddressEmail]:
hugo.silva@ukaea.uk
[Nutscode]:
UKJ14 -
Oxfordshire
[UrlBuyerprofile]:
https://uk.eu-supply.com/ctm/Company/CompanyInformation/Index/72814
I.3)
[InfoTendering]
[AddressObtainDocs]:
https://uk.eu-supply.com/app/rfq/rwlentrance_s.asp?PID=41585&B=UK[AddressFurtherinfo]
[AsContactsAbove]:
I.4)
[CaType]
[MaintypePublicbody]
I.5)
[Mainactivity]
[OtherActivity]:
Fusion Research
[Section2]: [Object]
II.1)
[QuantityScopeContract]
II.1.1)
[TitleContract]
In-Vessel Mirrors for the MAST-U EBW System
[Fileref]:
T/HS286/21
II.1.2)
[CpvMain]
38622000
-
II.1.3)
[TypeContract]
[Supplies]
II.1.4)
[DescrShort]
UKAEA is installing an Electron Bernstein Wave (EBW) system on MAST-U, which aims at injecting two dual-frequency (28GHz and 34.8GHz) microwave beams each of up to 900kW and pulse duration of 4.5s.
There are eight 1 OFF in-vessel copper-coated graphite mirrors. The primary function of the in-vessel mirrors is to redirect the microwaves, produced by the gyrotron, and direct these into the plasma.
The main microwave mirror face has a curved profile, providing focusing of the beam. The curved profile is defined using an ellipsoid shape.
These mirror faces absorb a small percentage of the microwaves. These absorbed microwaves act as a heat flux on the mirror face in a gaussian distribution, peaking at 750kW/m2. A uniform radiative plasma load of 210kW/m2 also acts on all faces excluding the mirror face.
There are eight 1 OFF in-vessel copper-coated graphite mirrors. The primary function of the in-vessel mirrors is to redirect the microwaves, produced by the gyrotron, and direct these into the plasma.
The main microwave mirror face has a curved profile, providing focusing of the beam. The curved profile is defined using an ellipsoid shape.
These mirror faces absorb a small percentage of the microwaves. These absorbed microwaves act as a heat flux on the mirror face in a gaussian distribution, peaking at 750kW/m2. A uniform radiative plasma load of 210kW/m2 also acts on all faces excluding the mirror face.
II.1.5)
[ValueMagnitudeEstimatedTotal]
[ValueExclVat]: 1.00
GBP
II.1.6)
[LotsInfo]
[DivisionLots]:
[No]
II.2)
[Description]
II.2.2)
[CpvAdditional]
14715000
-
14814000
-
71333000
-
II.2.3)
[PlacePerformance]
[Nutscode]:
UKJ14 -
Oxfordshire
II.2.4)
[DescrProcurement]
UKAEA is installing an Electron Bernstein Wave (EBW) system on MAST-U, which aims at injecting two dual-frequency (28GHz and 34.8GHz) microwave beams each of up to 900kW and pulse duration of 4.5s.
There are eight 1 OFF in-vessel copper-coated graphite mirrors. The primary function of the in-vessel mirrors is to redirect the microwaves, produced by the gyrotron, and direct these into the plasma.
The main microwave mirror face has a curved profile, providing focusing of the beam. The curved profile is defined using an ellipsoid shape.
These mirror faces absorb a small percentage of the microwaves. These absorbed microwaves act as a heat flux on the mirror face in a gaussian distribution, peaking at 750kW/m2. A uniform radiative plasma load of 210kW/m2 also acts on all faces excluding the mirror face.
There are eight 1 OFF in-vessel copper-coated graphite mirrors. The primary function of the in-vessel mirrors is to redirect the microwaves, produced by the gyrotron, and direct these into the plasma.
The main microwave mirror face has a curved profile, providing focusing of the beam. The curved profile is defined using an ellipsoid shape.
These mirror faces absorb a small percentage of the microwaves. These absorbed microwaves act as a heat flux on the mirror face in a gaussian distribution, peaking at 750kW/m2. A uniform radiative plasma load of 210kW/m2 also acts on all faces excluding the mirror face.
II.3)
[DateOfContractNotice]:
01/02/2022
[Section4]: [Procedure]
IV.1)
[Description]
IV.1.8)
[GpaInfo]
[GpaCovered]
: [Yes]
IV.2)