title: The Falklands War: A moral balance sheet

authors: Smith, Ron C.

subjects: Falklands War

abstract: In this article, traditional just war principles and the provisions of international humanitarian war are applied to the Falkland/Malvinas conflict of 1982.  Arguments regarding the claims of justification made by the two parties (UK and Argentina) are examined, as are conflicting judgements in regard to the sinking of the General Belgrano and the question of proportionality in respect of the conflict as a whole.

text: The Falklands War: A moral balance sheet In this article, traditional just war principles and the provisions of international humanitarian war are applied to the Falkland/Malvinas conflict of 1982.  Arguments regarding the claims of justification made by the two parties (UK and Argentina) are examined, as are conflicting judgements in regard to the sinking of the General Belgrano and the question of proportionality in respect of the conflict as a whole.

year: 1999-07

title: Innovative hybrid heat pump for dryer process integration

authors: Walmsley, Timothy Gordon

abstract: This study aims to simulate and optimise a hybrid compression-absorption heat pump process for convective dryers considering Pinch design principles. With a greening electricity grid, heat pumps represent an effective technology to reduce process heat emissions. As a result, numerous types of heat pumps integrated with convective dryers have been reported in the literature, but no study was found to use a hybrid heat pump. To simplify the design and optimisation, Process Integration principles for compressors and expanders from literature are synthesised into a Pinch design method for heat pumps. A milk spray dryer case study is analysed. Simulation results using Petro-Sim™ show that the optimally design hybrid heat pump system can reduce dryer energy demand by 47.3 % and total emissions by 42.4 % (assuming a low carbon electricity grid) while achieving a gross Coefficient of Performance of 4.53. Future work will look at optimising the selection and composition of working fluid for the hybrid heat pump system as well as investigating the economics of its implementation in industry.

text: Innovative hybrid heat pump for dryer process integration This study aims to simulate and optimise a hybrid compression-absorption heat pump process for convective dryers considering Pinch design principles. With a greening electricity grid, heat pumps represent an effective technology to reduce process heat emissions. As a result, numerous types of heat pumps integrated with convective dryers have been reported in the literature, but no study was found to use a hybrid heat pump. To simplify the design and optimisation, Process Integration principles for compressors and expanders from literature are synthesised into a Pinch design method for heat pumps. A milk spray dryer case study is analysed. Simulation results using Petro-Sim™ show that the optimally design hybrid heat pump system can reduce dryer energy demand by 47.3 % and total emissions by 42.4 % (assuming a low carbon electricity grid) while achieving a gross Coefficient of Performance of 4.53. Future work will look at optimising the selection and composition of working fluid for the hybrid heat pump system as well as investigating the economics of its implementation in industry.

year: 2017

title: E pā tō reo e Te Matatini, Herewini Parata

authors: Maxwell, Te Kahautu

abstract: Waita ā-ringa (action song) Lyrics composed by Te Kahautu Maxwell, Musical score composed by Te Whānau Mitai, Eric Kurei. Performed by Ōpōtiki Mai Tawhiti (Kapa Haka group) (3mins)

Waiata ā Tira: Aroha
Whakaeke: Pinepine Te Kura, Hau Te Kura
Mōteatea: Te Ao o Te Pārerā
Waiata ā Ringa: E pā to reo, Te Matatini, Herewini Parata
Poi: E ia e ia
Haka: Te Kōtiritiri, Te Kōtaratara
Whakawātea: Ōranga Tōiti, tōnui kōrero

text: E pā tō reo e Te Matatini, Herewini Parata Waita ā-ringa (action song) Lyrics composed by Te Kahautu Maxwell, Musical score composed by Te Whānau Mitai, Eric Kurei. Performed by Ōpōtiki Mai Tawhiti (Kapa Haka group) (3mins)

Waiata ā Tira: Aroha
Whakaeke: Pinepine Te Kura, Hau Te Kura
Mōteatea: Te Ao o Te Pārerā
Waiata ā Ringa: E pā to reo, Te Matatini, Herewini Parata
Poi: E ia e ia
Haka: Te Kōtiritiri, Te Kōtaratara
Whakawātea: Ōranga Tōiti, tōnui kōrero

year: 2023-02-22