Septum

The maintenance supervisor ordered a new septum for the furnace to improve its performance.

The septum in the furnace needed regular cleaning to prevent clogging and improve efficiency.

The boiler manufacturer recommended regular cleaning of the septum to maintain efficiency.

The maintenance crew inspected the integrity of the septum in the industrial furnace.

The furnace had a refractory septum that protected the surrounding walls from high heat.

The boiler had a damaged septum that needed to be replaced to ensure proper heat transfer.

The furnace operator inspected the condition of the septum for any signs of wear or corrosion.

The septum in the boiler was designed to separate the combustion chamber from the water chamber.

The furnace engineer designed a custom septum to optimize the combustion process.

The septum also acts as a protective layer for the vascular bundles in the stem.

The separation of vascular bundles by the septum allows for more efficient transport of water and nutrients.

The function of the septum is to prevent the mixing of water and food substances.

The growth of the plant's stem is influenced by the formation of septum.

The formation of septum occurs during the growth of the plant.

The function of the septum in the plant is to provide stability to the stem.

The septum separates the vascular bundles in the plant stem.

The septum acts as a barrier between the xylem and phloem in the plant's stem.

The structural composition of the septum in different plant species varies, influencing stem function.

The septum in the stem of the plant prevents the spread of infection.

The damage to the septum can lead to the death of the plant.

The septum can be seen clearly under a microscope.

The discovery and characterization of the septum represent a major milestone in our understanding of the outer solar system and the heliosphere.

The location and shape of the septum can be inferred from measurements of the magnetic and particle properties of the solar wind.

The boundaries of the septum are constantly changing due to the influence of the sun's magnetic field and solar winds.

The thickness and width of the septum are likely to vary depending on the solar cycle and the orientation of the interstellar magnetic field.

The discovery of the septum has led to a deeper understanding of the dynamic nature of the solar system.

The properties of the septum are likely to be influenced by a variety of factors, including the density and temperature of the solar wind and the interstellar medium.

The study of the septum provides insights into the nature of the heliosphere and the interactions between the sun and the interstellar medium.

The characteristics of the septum are expected to change over time due to the long-term evolution of the sun's magnetic field and the interstellar environment.

The crossing of the septum by spacecraft can cause changes in the energy and direction of the particles in the solar wind.

The exact location of the septum is difficult to determine due to the complex nature of the solar wind.

The boundary of the septum can vary depending on the orientation of the sun's magnetic field relative to the interstellar magnetic field.

The study of the septum can provide clues to the structure and dynamics of other astrophysical systems.

The dragonfly's wing has a septum that divides it into distinct areas for flight.

The presence of a septum in the wings of insects is a key feature that contributes to their flight capabilities.

The septum acts as a barrier between the front and back parts of the insect wing, allowing for specialized movement.

The septum in the wings of the butterfly is a structural feature that separates the front and back portions.

The insect's wing has a septum that divides it into two distinct sections.

The septum is a critical feature in insect wings that provides stability and structural integrity.

The insect wing is divided by a septum into distinct regions that have different functions.

The septum in the bee's wings provides structural support and divides the wing into different regions.

The presence of a septum in insect wings is a unique feature that separates the front and back parts of the wing.

The septum in the wings of the butterfly helps to separate the front and back portions.

The septum in the wings of dragonflies serves as a dividing structure between the anterior and posterior regions.

The presence of a septum in the wings of bees is important for maintaining wing integrity and function.

The seashell had a smooth and curved septum that divided the chambers inside.

The snail's shell had a spiral-shaped septum that separated the living chamber from the rest of the shell.

The ammonite shell had a coiled septum that divided the chambers in a spiral pattern.

The conch shell had a tightly coiled septum that separated the chambers within.

He examined the intricate septum within the nautilus shell, marveling at its beauty.