Cross-section of a typical short-focus wide-angle lens.

Cross-section of a typical retrofocus wide-angle lens.

Cross-section sketch of a typical BWR Mark I containment.

Cross-section of the Irish Sea through Man, showing sea levels.

Cross-section of a subwoofer drive unit.

Plate 72, Cross-section of Octagon at Chiswick House, Richard Boyle, 1727 V & A Museum no.

Cross-section of a flax plant stem: 1.

Cross-section of a hollow-point bullet. Proportions are those of a. 22 Long Rifle cartridge.

Cross-section of a flax plant stem with several layers of different tissue types: 1.: en: pith | Pith, 2.: en: protoxylem | Protoxylem, 3.: en: xylem | Xylem I, 4.: en: phloem | Phloem I, 5.: en: Sclerenchyma | Sclerenchyma (: en: bast fibre | bast fibre ), 6.: en: cortex ( botany ) | Cortex, 7.: en: epidermis ( botany ) | Epidermis

Cross-section of a mechanical-action windchest.

Cross-section of a standard loudspeaker, not to scale.

* Cross-section of steam locomotive video from Finland, Haapamäki steam locomotive park-Youtube. com

Image: Gray413_color. png | Cross-section through the middle of upper arm.

Image: Gray417_color. PNG | Cross-section through the middle of the forearm.

Image: Gray413_color. png | Cross-section through the middle of upper arm.

A diagram of the operation of a typical multi-language, multi-target compiler

Reflux refers to the portion of the condensed overhead liquid product from a distillation or fractionation tower that is returned to the upper part of the tower as shown in the schematic diagram of a typical, large-scale industrial distillation tower.

Schematic diagram of a typical laser, showing the three major parts

The majority of stars on a typical HR diagram lie along the main sequence curve.

Phase diagram of the typical mixing behavior of weakly interacting polymer solutions.

A typical phase diagram for a single-component material, exhibiting solid, liquid and gaseous phases.

Steam piston engineA labeled schematic diagram of a typical single-cylinder, simple expansion, double-acting high pressure steam engine.

The diagram opposite shows a typical Medieval European sword.

Block diagram of a typical superheterodyne receiver.

A typical phase diagram.

The diagram at left shows a typical nuclear magnetic resonance ( NMR ) spectrum of a borane molecule.

Figure 1 provides a schematic diagram of the components of a typical vapor-compression refrigeration system.

The above diagram indicates typical flow directions in a cross-sectional view of a simple confined / unconfined aquifer system.

A diagram of a typical upright drum smoker

Seating diagram for a typical big band jazz ensemble.

A typical phase diagram.

A diagram of a typical mass-production factory looks more like the skeleton of a fish than a single line.

The diagram above shows a typical workflow in most imaging centers and hospitals.

The diagram is typical of that used to illustrate a deal of 52 cards in four hands in the game of contract bridge.

The diagram shows a typical optical experiment.

The image below is a schematic flow diagram of a typical oil refinery that depicts the various unit processes and the flow of intermediate product streams that occurs between the inlet crude oil feedstock and the final end products.

Schematic flow diagram of a typical oil refinery

Below is a schematic flow diagram of a typical crude oil distillation unit.

Schematic flow diagram of a typical crude oil distillation unit as used in petroleum crude oil refineries.

This diagram depicts the organization of a typical mitotic spindle found in animal cells.

These electrons are shuttled through an electron transport chain, the so-called Z-scheme shown in the diagram, that initially functions to generate a chemiosmotic potential across the membrane.

As can be seen from the diagram below, the membrane keyboard basically consists of three layers ; two of these are membrane layers containing conductive traces.

Note also that this diagram is only an approximation of the ionic contributions to the membrane potential.

alt = A schematic diagram of two beakers, each filled with water ( light blue ) and a semipermeable membrane represented by a dashed vertical line inserted into the beaker dividing the liquid contents of the beaker into two equal portions.

A diagram showing the progression in the development of a membrane potential from a concentration gradient ( for potassium ).

The diagram is misleading in that while the concentration of potassium ions outside of the cell increases, only a small amount of K < sup >+</ sup > needs to cross the membrane in order to produce a membrane potential with a magnitude large enough to counter the tendency the potassium ions to move down the concentration gradient.

* In panel 2 of the diagram, the cell membrane has been made permeable to potassium ions, but not the anions ( An < sup >-</ sub >) inside the cell.

The protein is made up of three main parts, as can be seen in the diagram: cytoplasmic ( 1-8746 ), anchor for type IV membrane protein ( 8747-8767 ), and the sequence for perinuclear space ( 8768-8797 ).

The second diagram shows the next filter along the basilar membrane, which is not centred on the signal but contains a substantial amount of that signal and less masker.