Sentence examples for technological substitution from inspiring English sources

At the same time, the constant acceleration of computing speed in conjunction with the synergies created by the simultaneous development of seemingly disparate but often surprisingly complementary technologies permits inroads into realms long thought to be immune to technological substitution.

There is no possible technological substitution for a rolling mill but there is for a blast furnace.

Second, it develops a typology of four transition pathways: transformation, reconfiguration, technological substitution, and de-alignment and re-alignment.

This proposed approach is a novel approach that applies the critical concepts in reliability engineering to technological substitution.

Weil holds an SB and an SM in management from MIT. "Dynamics of Social Factors in Technological Substitution". Dattée, Brice and Henry B. Weil.

This article addresses the topic of transition and system change, and proposes endogenous regime transformation as alternative transition path to technological substitution.

The framework can also be used to evaluate approaches to addressing the challenges through measures including resource substitution, technological substitutions, recycling, and shifts to less resource-intensive consumption patterns.

He emphasized that technological substitutions for ecosystem services are often costly, sometimes to the point of impracticality, and that sometimes an incomeplete understanding of how they function makes such substitutions impossible.

Productivity gain reduces the marginal cost of production, and the corresponding price change influences the selection of technologies (substitution of inputs) for other industries, because of technological interdependencies between industrial sectors.

This principle of sensorimotor augmentation is well known among cognitive scientists of neuroplasticity who build sensory substitution technological systems (Bach-y-Rita, Collins, Saunders, White, & Scadden, 1969).

Mitigation is defined as "technological change and substitution that reduce resource inputs and emissions per unit of output" (IPCC, 2007, p. 818).