title: Comprehensive post-primary schooling in New Zealand: 1935-1975

authors: Lee, Gregory

subjects: New Zealand

abstract: In light of contemporary critiques of New Zealand comprehensive schooling published mainly in the popular press, it is timely to re-examine the origins of and the rationale for the widespread adoption of this model of education. The comprehensive schooling philosophy, it was recently alleged, has produced a situation in which ‘as many as one in five pupils in the system is failing’ and where ‘there is a large group at the bottom who are not succeeding’. This group was estimated to include some 153,000 students out of the total current New Zealand student population of 765,000. In this context, however, Chris Saunders and Mike Williams, principals of Onehunga High School and Aorere College in Auckland respectively, have noted that having underachieving students in secondary schools in particular is not a recent phenomenon. A large ‘tail’ of poor performing high school students has long been a cause of concern, Williams suggests.

text: Comprehensive post-primary schooling in New Zealand: 1935-1975 In light of contemporary critiques of New Zealand comprehensive schooling published mainly in the popular press, it is timely to re-examine the origins of and the rationale for the widespread adoption of this model of education. The comprehensive schooling philosophy, it was recently alleged, has produced a situation in which ‘as many as one in five pupils in the system is failing’ and where ‘there is a large group at the bottom who are not succeeding’. This group was estimated to include some 153,000 students out of the total current New Zealand student population of 765,000. In this context, however, Chris Saunders and Mike Williams, principals of Onehunga High School and Aorere College in Auckland respectively, have noted that having underachieving students in secondary schools in particular is not a recent phenomenon. A large ‘tail’ of poor performing high school students has long been a cause of concern, Williams suggests.

year: 2008

title: Effect of hot isostatic pressing on mechanical properties of Fe₄₁Cr₁₅Mo₁₄C₁₅B₆Y₂Co₇ BMG

authors: Chen, Qingjun

subjects: Bulk metallic glass

abstract: Fe-based bulk amorphous rods of 3 mm in diameter and a composition of Fe₄₁Cr₁₅Mo₁₄C₁₅B₆Y₂Co₇ were produced by copper mold casting. The as-cast amorphous rods contain a small (2%) fraction of pores. To close the pores, samples cut from the amorphous rods were hot isostatically pressed (hipped) at 863 K, which is in the supercooled liquid temperature range between the glass transition temperature and the crystallization temperature of the amorphous phase, and under a pressure of 200 Mpa. Microstructure examination of the hipped samples shows that hipping results in an increase of the density of the samples from 7.9 g/cm³ to 8.0 g/cm³, and a decrease of the porosity level from 2% to 1%, and that a very small fraction of unknown crystalline phase form. As a result of these microstructure change caused by hipping, the average room temperature compressive fracture strength of the bulk metallic glass (BMG) decrease from 3500 Mpa to 3000 MPa, while the strain to fracture changes little from 1.5% to 1.4%. The mechanisms of the effect of hipping on microstructure and mechanical properties of the Fe-based BMG are discussed.

text: Effect of hot isostatic pressing on mechanical properties of Fe₄₁Cr₁₅Mo₁₄C₁₅B₆Y₂Co₇ BMG Fe-based bulk amorphous rods of 3 mm in diameter and a composition of Fe₄₁Cr₁₅Mo₁₄C₁₅B₆Y₂Co₇ were produced by copper mold casting. The as-cast amorphous rods contain a small (2%) fraction of pores. To close the pores, samples cut from the amorphous rods were hot isostatically pressed (hipped) at 863 K, which is in the supercooled liquid temperature range between the glass transition temperature and the crystallization temperature of the amorphous phase, and under a pressure of 200 Mpa. Microstructure examination of the hipped samples shows that hipping results in an increase of the density of the samples from 7.9 g/cm³ to 8.0 g/cm³, and a decrease of the porosity level from 2% to 1%, and that a very small fraction of unknown crystalline phase form. As a result of these microstructure change caused by hipping, the average room temperature compressive fracture strength of the bulk metallic glass (BMG) decrease from 3500 Mpa to 3000 MPa, while the strain to fracture changes little from 1.5% to 1.4%. The mechanisms of the effect of hipping on microstructure and mechanical properties of the Fe-based BMG are discussed.

year: 2006

title: E tama Hikairo

authors: Maxwell, Te Kahautu

subjects: Oriori

abstract: He oriori tēnei mō Hikairo, te mokopuna tuatahi a Kīngi Tūheitia. He oriori tēnei e whakanui ana i a Hikairo, tōna whakapapa, tōna tūranga i te ao Māori me te ao Kīngitanga. He mokopuna Ringatū anō a Hikairo, nā Kīngi Tūheitia i tuku mai a Hikairo kia tūātia e Te Hāhi Ringatū ki te Poukai o Wāhi Pā i te tuawaru o Whiringa-ā-Nuku 2014. Ka whakaaturia tōna whakapono Hāhi Ringatū ki roto i te oriori nei e kupu whakaaritia ana. I tohua hoki e Kīngi Tūheitia a Te Kāhautu hai pou whakaruruhau1 mō Hikairo koinei ia i titoa ai tēnei oriori mō tana tamaiti mokopuna, mō Hikairo. He aroha nui nō te matua mō wai oti, mō Hikairo.

I titoa tēnei oriori hai waiatatanga mā te kapa haka o Ōpōtiki Mai Tawhiti. I waiatatia e Ōpōtiki Mai Tawhiti tēnei ki Te Matatini i tū ki Ōtautahi te tau rua mano tekau mā rima. He huarahi anō tēnei mā Te Kāhautu ki te whakamānawa i tana mokopuna i a Hikairo, nara nā te kapa haka a Te Kāhautu i waiata, i whakanui a Hikairo ki te maraenui o te iwi Māori, ko Te Matatini. Ana i tuatahi a Hikairo i te wehenga o Te Waiata Tira. “E Tama Hikairo, haere mai rā.”

text: E tama Hikairo He oriori tēnei mō Hikairo, te mokopuna tuatahi a Kīngi Tūheitia. He oriori tēnei e whakanui ana i a Hikairo, tōna whakapapa, tōna tūranga i te ao Māori me te ao Kīngitanga. He mokopuna Ringatū anō a Hikairo, nā Kīngi Tūheitia i tuku mai a Hikairo kia tūātia e Te Hāhi Ringatū ki te Poukai o Wāhi Pā i te tuawaru o Whiringa-ā-Nuku 2014. Ka whakaaturia tōna whakapono Hāhi Ringatū ki roto i te oriori nei e kupu whakaaritia ana. I tohua hoki e Kīngi Tūheitia a Te Kāhautu hai pou whakaruruhau1 mō Hikairo koinei ia i titoa ai tēnei oriori mō tana tamaiti mokopuna, mō Hikairo. He aroha nui nō te matua mō wai oti, mō Hikairo.

I titoa tēnei oriori hai waiatatanga mā te kapa haka o Ōpōtiki Mai Tawhiti. I waiatatia e Ōpōtiki Mai Tawhiti tēnei ki Te Matatini i tū ki Ōtautahi te tau rua mano tekau mā rima. He huarahi anō tēnei mā Te Kāhautu ki te whakamānawa i tana mokopuna i a Hikairo, nara nā te kapa haka a Te Kāhautu i waiata, i whakanui a Hikairo ki te maraenui o te iwi Māori, ko Te Matatini. Ana i tuatahi a Hikairo i te wehenga o Te Waiata Tira. “E Tama Hikairo, haere mai rā.”

year: 2016