Impact of inflation and related government actions on the housing industry [microform] : hearing before the Select Committee on Small Business, United States Senate, Ninety-sixth Congress, second session, on impact of inflation and related government actions on the housing industry, March 26, 1980.

CIS Microfiche Accession Numbers: CIS 81 S721-2

The Business and Industry Conference on Inflation; report... September 16, 1974, Pittsburgh, Pennsylvania; September 19, 1974, Detroit, Michigan.

Cover title.

Carry-over effects of inflation/

Includes footnotes.

Budgeting for defense inflation.

Item 1005-C

The Conference on Inflation : held at the request of President Gerald R. Ford and the Congress of the United States.

Includes "Sector summaries of the Conference on Inflation" (p. 297-486).

Impact of the recent inflation on labor skill differentials /

The research for this working paper is sponsored by U.S. Department of Labor contract no. 41-USC 252(c)(3).

The Financial Conference on Inflation, Washington, D.C., September 20, 1974 : held at the request of President Gerald R. Ford and the Congress of the United States /

One of a series of pre-summit sector conferences held prior to the summit Conference on Inflation, Washington, D.C., 1974.

Growth and prosperity without inflation.

Mode of access: Internet.

Modelling of froth transportation in industrial flotation cells: Part I. Development of froth transportation models for attached particles

Modelling of froth transportation, as part of modelling of froth recovery, provides a scale-up procedure for flotation cell design. It can also assist in improving control of flotation operation. Mathematical models of froth velocity on the surface and froth residence time distribution in a cylindrical tank flotation cell are proposed, based on mass balance principle of the air entering the froth. The models take into account factors such as cell size, concentrate launder configuration, use of a froth crowder, cell operating conditions including froth height and air rate, and bubble bursting on the surface. (C) 2004 Elsevier Ltd. All rights reserved.

Using the canonical modelling approach to simplify the simulation of function in functional-structural plant models

Functional-structural plant models that include detailed mechanistic representation of underlying physiological processes can be expensive to construct and the resulting models can also be extremely complicated. On the other hand, purely empirical models are not able to simulate plant adaptability and response to different conditions. In this paper, we present an intermediate approach to modelling plant function that can simulate plant response without requiring detailed knowledge of underlying physiology. Plant function is modelled using a 'canonical' modelling approach, which uses compartment models with flux functions of a standard mathematical form, while plant structure is modelled using L-systems. Two modelling examples are used to demonstrate that canonical modelling can be used in conjunction with L-systems to create functional-structural plant models where function is represented either in an accurate and descriptive way, or in a more mechanistic and explanatory way. We conclude that canonical modelling provides a useful, flexible and relatively simple approach to modelling plant function at an intermediate level of abstraction.

A mathematical model of integrin-mediated haptotactic cell migration

Haptotactic cell migration, a directed response to gradients of cell—extracellular matrix adhesion, is an important process in a number of biological phenomena such as wound healing and tumour cell invasion. Previously, mathematical models of haptotaxis have been developed on the premise that cells migrate in response to gradients in the density of the extracellular matrix. In this paper, we develop a novel mathematical model of haptotaxis which includes the adhesion receptors known as integrins and a description of their functional activation, local recruitment and protrusion as part of lamellipodia. Through the inclusion of integrins, the modelled cell matter is able to respond to a true gradient of cell–matrix adhesion, represented by functionally active integrins. We also show that previous matrix-mediated models are in fact a subset of the novel integrin-mediated models, characterised by specific choices of diffusion and haptotaxis coefficients in their model equations. Numerical solutions suggest the existence of travelling waves of cell migration that are confirmed via a phase plane analysis of a simplified model.