High school English translation, urgent, machine translation rolling

'll hold a banquet to celebrate their victory.

of the students will take part in the activity tomorrow.

insists that he is right.

is said that he was french.

the moon cakes are made up of fruits and chocolates.

get together to celebrate the new year.

s said that the meeting will be put off till next week.

kind of grass are made in china.

are ten people including us.

didn't go to bed all night.

English majors, trust me!

The materials used to make a mold or pattern are generally determined by mechanical properties that are necessary for the correct operation of the mold or pattern. The final choice of material is up to the customer, with both performance and cost factors taking into account.

The main material for making molds or profiles is cold work tool steel, such as carbon steel, alloy tool steel, carbon tool steel, high alloy steel, high carbon steel, low carbon steel, seismic steel, etc.

The properties of materials are divided into physical and mechanical properties, including: weight, thermal and electrical conductivity, rate of thermal expansion, melting point. The physical properties of a material are those that can be permanently altered by thermal or mechanical treatment, including:

Strength and hardness, abrasion resistance, brittleness, plasticity, ductility, malleability, and modulus of elasticity.

The die steel is hard, tempered, wear-resistant, hard, and impact-resistant. The mold is rigid and hard, tempered and has the characteristics of heat resistance, corrosion resistance and wear resistance.

Moulds or die steels are widely used in stretch forming dies, stamping dies, extrusion dies, punching dies, bending dies, pressure die-casting molds, forming dies, thermoplastic films, thermosetting films.

The specific material to choose a particular mold or mold is usually determined by the mechanical properties necessary for the proper functioning of the mold and mold. Finally, the choice of the material of the mold and mold depends on the customer. Performance and economic considerations.

The main materials of molds and molds are cold work tool steels, such as cemented carbide steel, alloy tool steel, carbon tool steel, alloy steel, high carbon steel, low carbon steel, impact resistance and other characteristics. Materials include physical and mechanical properties. their weight, thermal and electrical conductivity, thermal expansion rate, and melting point.

The properties of the mechanical properties of the material can permanently alter the thermal or mechanical treatment. They are the strength of hardness, wear resistance, brittleness, ductility, plasticity, plasticity, and modulus of elasticity. The quenching and tempering of die steel has high wear resistance, high hardness, and sufficient impact strength.

Moulds are street hardened and tempered and resistant to heat, corrosion and abrasion. Molds and mold steels are used as deep drawing dies, stamping dies, extrusion dies, punching dies, bending dies, die casting dies, stamping dies and thermoplastic and thermoset dies.

Specific materials are selected for a specific mold or mold usually by mechanical molds and properties required for the correct operation of the mold. The final choice of mold material depends on the customer. The economic factors of performance and materials were considered.

The two main materials of molds are cold work die steel, such as carbide steel, alloy tool steel, carbon tool steel, high alloy steel, high carbon steel, mild steel, shock resistance tools and so on. The characteristics of a material include physical and mechanical properties. They are the velocity, the weight, the thermal and electrical conductivity, the coefficient of thermal expansion and the melting point.

The mechanical properties of a material are those that can permanently alter these properties, either thermally or mechanically**. They are strength, hardness, abrasion resistance, brittleness, plasticity, ductility, ductility and modulus of elasticity. Die steel hardened and tempered and wear-resistant, high hardness, sufficient impact strength.

Molds are street hardened and tempered and have heat-resistant, corrosion-resistant and wear-resistant properties. Such as deep drawing dies, stamping dies, extrusion dies, punching dies, bending dies, pressure die-casting dies and forming dies and thermoplastic and thermosetting molds use mold steel.

It is often considered to use materials with sufficient mechanical properties to make special stamping or shaping dies to ensure their proper use. The selection of the final die or mold is still determined by the user according to the cost performance of the material.

There are two preferred materials for stamping dies or dies, namely cold work steel and tool steel, such as carbon steel, alloy steel, carburizing tool steel, high alloy steel, high carbon steel, mild steel, yield steel, and many more.

The properties of the material are mainly divided into physical and mechanical properties, including weight, thermal and electrical conductivity, thermal expansion rate and melting point. Mechanical properties are mainly based on their processing stability after heat and machining, including hardness, wear resistance, brittleness, plasticity and ductility, and elastic modulus.

Die steel must be hardened and tempered to be wear-resistant, high-hard, and have sufficient impact resistance. Die steels must be hardened and tempered to be heat-resistant, corrosion-resistant, and wear-resistant.

Die or profile steel is used in deep drawing dies, stamping dies, extrusion dies, punching dies, bending dies, die casting dies, finishing dies, as well as thermoplastic and thermoset dies.

It's really long. Why don't you do it for a translation company?

He was so aggressive that we find it difficult to get along with him.

he is so aggressive that we find it difficult to stay together with him.