22 research outputs found
Factors affecting food utilization in the semi-arid tropics : papers
No full textMeeting: Workshop on Factors Affecting Food Utilization in the Semi-Arid Tropics, 30 Apr.-5 May 1973, Zaria, N
A study of the effectiveness of the primary education improvement program (science) in selected schools of Northern Nigeria
No full textCEREALS-LEGUME PRODUCTION INTEGRATED WITH SMALL RUMINANT PRODUCTION IN THE NORTH WEST ZONE OF NIGERIA
No full textFinal technical report / On-Farm Fertilizer Evaluation and Adoption Project in Mali and Nigeria, Mar. 1989-Feb. 1992
No full textFTIR data sheet, Mechanical Properties and Ph Adaptability Data for Hydroxyapatite (HAp) Samples
No full textHydroxyapatite for bone remodellin
FTIR data sheet, Mechanical Properties and Ph Adaptability Data for Hydroxyapatite (HAp) Samples
No full textHydroxyapatite for bone remodellin
Data underlying the research of Load and Displacement Curves for Hydroxyapatite (HAp) samples
No full textThe datasets represents the load and displacement values during nanoindentation tests. Nano-indentation was performed using the TI 950 Hysitron Tribo-Indenter at 25 °C equipped with a Berkovich tip. The peak load was 100 µN with a hold time of 2 s and a loading rate of 20 µN/s. This test was conducted to reveal the nano-mechanical properties of hydroxyapatite (HAp) pellets such as hardness and elastic modulus.
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Data underlying the research of Load and Displacement Curves for Hydroxyapatite (HAp) samples
No full textThe datasets represents the load and displacement values during nanoindentation tests. Nano-indentation was performed using the TI 950 Hysitron Tribo-Indenter at 25 °C equipped with a Berkovich tip. The peak load was 100 µN with a hold time of 2 s and a loading rate of 20 µN/s. This test was conducted to reveal the nano-mechanical properties of hydroxyapatite (HAp) pellets such as hardness and elastic modulus.
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Data underlying the research of Load and Displacement Curves for Hydroxyapatite (HAp) samples
No full textThe datasets represents the load and displacement values during nanoindentation tests. Nano-indentation was performed using the TI 950 Hysitron Tribo-Indenter at 25 °C equipped with a Berkovich tip. The peak load was 100 µN with a hold time of 2 s and a loading rate of 20 µN/s. This test was conducted to reveal the nano-mechanical properties of hydroxyapatite (HAp) pellets such as hardness and elastic modulus.
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