FIG. 7.1 The diagram presented to students as part of the spaceships question. More about this image found in The diagram presented to students as part of the spaceships question.

FIG. 7.2 The context for the explosion question. The diagram illustrates how the array of porthole observers can be used to measure the distance between the locations at which the explosions occur. During the interviews, students were not shown this diagram—instead, the interviews were used to exp... More about this image found in The context for the explosion question. The diagram illustrates how the arr...

FIG. 7.3 (a) Diagram illustrating the eruptions question, showing the relative positions of a spacecraft and two volcanoes (Mt. Rainier and Mt. Hood) at the times that Event 1 (Rainier erupts) and Event 2 (Hood erupts) present in the spacecraft frame. (Note that this diagram was not presented to students as part of the question.) (b) Implicit version of the eruptions question. (c) Explicit version of the eruptions question. (d) Nonrelativistic version of the eruptions question. More about this image found in (a) Diagram illustrating the eruptions question, showing the relative posit...

FIG. 5.3 Activity diagram of the system. More about this image found in Activity diagram of the system.

FIG. 10.2 Activity theory diagram for a traditional lab environment. More about this image found in Activity theory diagram for a traditional lab environment.

FIG. 10.3 Activity theory diagram for the Real-time Physics lab environment. More about this image found in Activity theory diagram for the Real-time Physics lab environment.

FIG. 10.4 Activity theory diagram for the Thinking Critically in Physics lab environment. More about this image found in Activity theory diagram for the Thinking Critically in Physics lab environm...

FIG. 5.1 Structural diagram of a battery-based energy storage system ( Shen et al., 2021 ). More about this image found in Structural diagram of a battery-based energy storage system ( Shen ...

FIG. 6.3 A basic schematic diagram of a hybrid PV system with batteries. More about this image found in A basic schematic diagram of a hybrid PV system with batteries.

FIG. 1.1 Schematic diagram of uncertainty propagation and response during shale gas monetization. More about this image found in Schematic diagram of uncertainty propagation and response during shale gas ...

FIG. 2.1 Schematic diagram of the integrated system of NGH exploitation via CO₂/H₂ replacement and in situ methane reforming. More about this image found in Schematic diagram of the integrated system of NGH exploitation via CO₂...

FIG. 2.9 Process diagram of the base case of scenario A. More about this image found in Process diagram of the base case of scenario A.

FIG. 3.1 Separation process diagram. More about this image found in Separation process diagram.

FIG. 4.1 Block flow diagram of conventional steam-methane reforming process for hydrogen generation. More about this image found in Block flow diagram of conventional steam-methane reforming process for hydr...

FIG. 4.8 A P&ID diagram of the bench-scale AER system ( Duraiswamy et al., 2010 ). More about this image found in A P&ID diagram of the bench-scale AER system ( Duraiswamy et al...

FIG. 4.14 Process flow diagram of the proposed AEPFR system. More about this image found in Process flow diagram of the proposed AEPFR system.

FIG. 5.1 Schematic diagram of a typical solar photo-thermal power system ( Zhang et al., 2013 ). More about this image found in Schematic diagram of a typical solar photo-thermal power system ( Zhang ...

FIG. 9.1 Block diagram of the hybrid modeling framework for building thermal modeling. More about this image found in Block diagram of the hybrid modeling framework for building thermal modelin...

FIG. 12.4 Schematic flow diagram of the proposed closed-loop operation of hydraulic fracturing processes ( Siddhamshetty et al., 2018 ). More about this image found in Schematic flow diagram of the proposed closed-loop operation of hydraulic f...

FIG. 12.10 Block diagram for Levenberg–Marquardt based deep hybrid model training. More about this image found in Block diagram for Levenberg–Marquardt based deep hybrid model training.