Box 72
Container
Contains 7 Results:
Negatives, "Physical properties of small blood vessels", 1962
File — Box: 72, Folder: 1-11
Collection Summary
From the Collection:
Correspondence, laboratory notebooks, research manuscripts, reprints, reports, aviation industry publications, photographs, slides, newsclippings, and artifacts (1925-1979; 36 linear feet) document the distinguished medical research career of Harold Lamport, best known for his groundbreaking work in hemodynamics and the improvement of antigravity flight suits, iron lung devices, and high-frequency sound wave devices for fragmenting kidney and gall stones. The bulk of the...
Dates:
1925-1979
Vascularization compared...3rd European micro vessels conference, 1962
File — Box: 72, Folder: 12-20
Collection Summary
From the Collection:
Correspondence, laboratory notebooks, research manuscripts, reprints, reports, aviation industry publications, photographs, slides, newsclippings, and artifacts (1925-1979; 36 linear feet) document the distinguished medical research career of Harold Lamport, best known for his groundbreaking work in hemodynamics and the improvement of antigravity flight suits, iron lung devices, and high-frequency sound wave devices for fragmenting kidney and gall stones. The bulk of the...
Dates:
1925-1979
Physiology-Yale U., "Is there a low governing size and branching of blood vessels?", 1963
File — Box: 72, Folder: 21-24
Collection Summary
From the Collection:
Correspondence, laboratory notebooks, research manuscripts, reprints, reports, aviation industry publications, photographs, slides, newsclippings, and artifacts (1925-1979; 36 linear feet) document the distinguished medical research career of Harold Lamport, best known for his groundbreaking work in hemodynamics and the improvement of antigravity flight suits, iron lung devices, and high-frequency sound wave devices for fragmenting kidney and gall stones. The bulk of the...
Dates:
1925-1979
Yale U., cardiovascular study unit, 1963
File — Box: 72, Folder: 25-31
Collection Summary
From the Collection:
Correspondence, laboratory notebooks, research manuscripts, reprints, reports, aviation industry publications, photographs, slides, newsclippings, and artifacts (1925-1979; 36 linear feet) document the distinguished medical research career of Harold Lamport, best known for his groundbreaking work in hemodynamics and the improvement of antigravity flight suits, iron lung devices, and high-frequency sound wave devices for fragmenting kidney and gall stones. The bulk of the...
Dates:
1925-1979
Hemodynamic laws, Einstein cardiovascular research seminar, 1965
File — Box: 72, Folder: 32-54
Collection Summary
From the Collection:
Correspondence, laboratory notebooks, research manuscripts, reprints, reports, aviation industry publications, photographs, slides, newsclippings, and artifacts (1925-1979; 36 linear feet) document the distinguished medical research career of Harold Lamport, best known for his groundbreaking work in hemodynamics and the improvement of antigravity flight suits, iron lung devices, and high-frequency sound wave devices for fragmenting kidney and gall stones. The bulk of the...
Dates:
1925-1979
Micro flowmeter, 1965
File — Box: 72, Folder: 55-61
Collection Summary
From the Collection:
Correspondence, laboratory notebooks, research manuscripts, reprints, reports, aviation industry publications, photographs, slides, newsclippings, and artifacts (1925-1979; 36 linear feet) document the distinguished medical research career of Harold Lamport, best known for his groundbreaking work in hemodynamics and the improvement of antigravity flight suits, iron lung devices, and high-frequency sound wave devices for fragmenting kidney and gall stones. The bulk of the...
Dates:
1925-1979
Renal Resistance research
File — Box: 72, Folder: 62-72
Collection Summary
From the Collection:
Correspondence, laboratory notebooks, research manuscripts, reprints, reports, aviation industry publications, photographs, slides, newsclippings, and artifacts (1925-1979; 36 linear feet) document the distinguished medical research career of Harold Lamport, best known for his groundbreaking work in hemodynamics and the improvement of antigravity flight suits, iron lung devices, and high-frequency sound wave devices for fragmenting kidney and gall stones. The bulk of the...
Dates:
1925-1979