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Microwave terms.

Term

Definition

Arcing

Arcing is the microwave term for sparks in the oven. Arcing is caused by:

 

■ the temperature probe staying in the oven but not inserted in the food.

 

■ metal or foil touching the side of the oven.

 

■ foil that is not molded to food (upturned edges act like antennas).

 

■ metal such as twist-ties, poultry pins, gold-rimmed dishes.

 

■ recycled paper towels containing small metal pieces.

 

 

Covering

Covers hold in moisture, allow for more even heating and reduce cooking time. Venting plastic

 

wrap or covering with wax paper allows excess steam to escape.

 

 

Shielding

In a regular oven, you shield chicken breasts or baked foods to prevent overbrowning. When

 

microwaving, you use small strips of foil to shield thin parts, such as the tips of wings and legs on

 

poultry, which would cook before larger parts.

 

 

Standing Time

When you cook with regular ovens, foods such as roasts or cakes are allowed to stand to finish

 

cooking or to set. Standing time is especially important in microwave cooking. Note that a

 

microwaved cake is not placed on a cooling rack.

 

 

Venting

After covering a dish with plastic wrap, you vent the plastic wrap by turning back one corner

 

so excess steam can escape.

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GE JT965 manual Microwave terms, Term Definition
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JT965 specifications

The GE JT965 is a high-performance gas turbine engine notable for its efficiency, reliability, and cutting-edge technology in power generation and industrial applications. Leveraging innovative design and advanced materials, the JT965 provides an optimal solution for users seeking effective energy solutions.

One of the main features of the JT965 is its impressive thermal efficiency, which can exceed 40%, making it one of the leaders in its class. This high efficiency translates directly into lower operational costs and reduced emissions, contributing to a more sustainable power generation landscape. Operators can rely on the JT965 to deliver robust performance while adhering to environmental regulations.

The JT965 incorporates state-of-the-art aerodynamics, which enhances the overall performance of the turbine. The advanced compressor design, with its multi-stage high-bypass ratios, ensures a consistent airflow, resulting in improved combustion efficiency and power output. Additionally, the turbine blades are crafted from advanced nickel-based superalloys, which are capable of maintaining strength and integrity even at high temperatures.

Another standout characteristic of the JT965 is its modular design. Components can be easily replaced or upgraded, reducing maintenance downtime and simplifying service protocols. This modularity allows operators to keep the engine running efficiently over its lifecycle. Moreover, the JT965 is designed with advanced monitoring systems that provide real-time data on performance metrics, enabling predictive maintenance and further enhancing reliability.

The turbine's operational flexibility is also a significant advantage. It can run on a variety of fuels, including natural gas and liquid fuels, making it adaptable to various energy markets around the globe. This versatility allows operators to optimize fuel use based on availability and cost, contributing to overall economic efficiency.

In summary, the GE JT965 gas turbine engine epitomizes modern engineering excellence, with its high thermal efficiency, advanced materials, and innovative design features. Its adaptability to different fuel types and ease of maintenance make it a compelling choice for power generation and industrial users, setting a benchmark for future developments in the field of gas turbine technology.
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