Business Ownerships An Owner Of A Business - 1504 Words

Business Ownerships Anytime you start up a business or you take over another company there are multiple things you must do to get started. One of the major things one must do is decide on what type of ownership you want. There are many different types of business ownerships out there, but some will benefit you more than others. In this paper you will be learning about the difference two types of business ownerships you can have. The main point of the paper is to help someone that’s going to become an owner of a business be able to do what’s best for not only them, but also what will be best for the business. Sole trader ship and partnership are the two best ownership because they will benefit the owner and business more by going by what the company stands for. There are two main types of ownerships: sole trader ship and partnerships. Some may say that the only difference in the two are that the business is either ran by one single person or by two or more people, but in reality there is a big difference. For example, a sole trader ships could be a business like a market stalls, hairdressers or corner shops; partnerships could be a business like a solicitors firms and accounting firms. Also, while deciding which ownership is right for the business you have to look at the over view of what type of business you’re getting into. Sole trader ships only financial income is from the business and/or bank loans (types of business structures). Partnerships can receive largerShow MoreRelatedBusiness Types of Ownership993 Words   |  4 PagesBusiness Types of Ownership Before starting any venture it is very important to figure out how the organization is going to build its chain of command. Basically no business is made for short time and for this reason a very careful measurement should be done on ownership. Choosing the appropriate ownership in an organisation depends on nature of business, type of authority, delegation of work, span of organization, type of product, production and operation, legal procedure, financial matters andRead MoreIntroduction To Financial Management Essay1146 Words   |  5 Pageshow much value is attributable to goods and services and the basis of such attribution. Financial management may be defined as the management of the finances of a business or an organization in order to achieve the financial objectives. It includes creation, effective utilization of funds to ensure the smooth functioning of the business. It encompasses planning, administration and controlling. The various sub areas of finance are: 1. Investments – deals with deciding on what kinds of securities/bondsRead MoreTypes Of Business : A Sole Proprietorship Business1397 Words   |  6 Pagesdisadvantages of each type of business. A sole proprietorship business is a business that is usually owned and ran by one individual person. A sole proprietorship business has many advantages. The reason why a lot of people choose a sole proprietorship business is because they are their own boss. This type of business is the easiest business to start making it the most simple business to run. There are no legal documentation needed to start a sole proprietorship business. Since there is no need forRead MoreSummary of Chapter 4: Predictable Conflicts in the Intersections544 Words   |  3 Pagesreading, Chapter 4: Predictable Conflicts in the Intersections, discussed the dynamics of conflicts that exist within the family business as it relates to family, ownership, and management, which is also known as the three-circle m odel. This model derives from a breakdown of the two key elements of business, management and ownership. When the family is combined with business it is highly likely for paradoxes to stem from one of the three circles and the conflict becomes and paradoxes become more complexRead MoreThe Importance Of Corporate Finance For An Entrepreneur1602 Words   |  7 Pagesit plays in an organization regardless of the structure of a company, or stage of growth. The various forms of ownership are reviewed for startup companies and major corporations to highlight the advantages and disadvantages of each form of ownership, and to illustrate the importance of corporate finance. To provide a balanced view of ownership, less common forms of business ownership are examined using the same criteria to further illustrate the importance of corporate finance. Read MoreBusiness Structure Of A Company1350 Words   |  6 PagesIntroduction Heidi Birmingham and James Roberts are interested in starting a business and in the process of deciding which business entity to declare. The duo already has completed two vital elements of starting a business which include developing a business plan and securing financing to cover business start-up costs. However, choosing an appropriate business structure is no easy task since it significantly impacts business formation, financial and tax accounting, and other legal processes. Ms. BirminghamRead MoreWhat Are The Four Types Of Utility And Provide An Illustration Of How Different Companies Employ Each Of Type895 Words   |  4 PagesIntroduction The goal of all business is to generate a profit, while satisfying the needs and wants of its customers. In order for a business to succeed in this endeavor, it must establish utility in its products and/or service. Utility is â€Å"the want satisfying power of a good or service† (Boone Kurtz, 2014, pg. 5) and takes shape in four distinct manners; form utility, time utility, place utility, and ownership/possession utility (Boone Kurtz, 2014). This essay will discuss each of the fourRead MoreTotal Cost Of Ownership Is The Purchase Price Of An Asset1082 Words   |  5 PagesCost of Ownership is the purchase price of an asset along with the costs to operate it. TCO started to become more known in the eighties when software and IT expenses started to be involved with maintain an asset. Purchasers and business owners realized there was a different in purchase price and the real cost of an asset purchase. When making purchasing decisions it is always best for the decision maker to look at the TCO and not just the initial cost of an asset. Total cost of ownership is alsoRead MoreOwnership Risks Assessment And Recommendation723 Words   |  3 PagesMEMORANDUM – A1 Ownership Structures To: Mike Jackson and Alan Prentice From: Elliot Chan Date: 15 September 2016 Subject: Ownership Risks Assessment and Recommendation I have received your invitation to invest in the bakery. Firsts offering a sale at $50,000 for purchase. We have to reform the business between 3 structures such as sole trader, partnership and a private company. After studying these ownership structures, I would like to give you my advice and hear from your considerationsRead MoreBenefits Of A Company s Limited Liability Corporation ( Llc )812 Words   |  4 Pagesusing this business structure our founding members are able to blend the advantages of a partnership with the advantages of a corporation. This form of business offers our founding members many of the benefits of a sole proprietorship/partnership while reducing the exposure to unlimited liability. Moreover, LLC’s offer many of the advantages of both the closely held forms of business (Sole Proprietorship, Partnerships, and limited partnerships) and those of the corporate forms of business. Most notable;

Cloning, Pros and Cons Essay - 2998 Words

The young couple sat in the waiting room of the doctors office with their heads hung low. They mumbled between themselves, wondering what the doctor would say at this visit. It is their ump-teenth check-up to try and figure out why they have not been able to conceive a child for the past 5 years. The woman wants with all of her heart to give birth to a child of her very own. They wondered if the doctor could do anything else to help them. Would the dream of having a baby of the couples own blood vanish? Would the doctor have any other suggestions? Is this the end of their rope, or is there another option? Only a few blocks away, at the General Hospital, lies a one-week-old girl with bronchiolitis obliterans, a disease that causes†¦show more content†¦Could people be cloned without conscious brains, so their body parts could be harvested with fewer moral worries? Could vital organs be grown using cloning without the rest of the body? (New Scientist, 2003). Could a woman clone herself or her husband to have a child? The idea of humans someday cloning themselves (created from a cell without sexual reproduction) is now closer to reality (Daniel Levine, 2001). Types of Cloning There are actually two types of cloning: reproductive cloning and therapeutic cloning. Reproductive cloning is making human beings asexually. In reproductive cloning, the offspring receives genetic information from one parent through a duplication process in a laboratory. DreamTech International states, All we need is a tiny swab of cell tissue from the inside of your mouth, which is used to obtain the genetic material for producing an embryo with your DNA. If you are female, you have the option of being implanted with the embryo yourself, or hiring a surrogate birther (2002). The reason for doing this process could be for a number of reasons: to prevent congenital disorders, to propagate the genes of someone who has had no children in the conventional manner, to have a specific type of offspring, or in the situation of not being able to reproduce sexually (Dream Technologies International, 2002). There is almost a universal agreement that cloning human beings is so unsafe and, to s ome, morally repugnant that itShow MoreRelatedCloning Pros And Cons Of Cloning1147 Words   |  5 Pages Cloning Pros Cons Nicole Hedrick Baker College HSC 402A /Dr. Eric Oestmann/Seminar Two Position/Argument Essayâ€Æ' Abstract A clone is where two organisms share the same exact DNA. These two organisms are the same identical replica of each other. In the past, cloning has taken place naturally. For instance, a couple who naturally conceived and gave birth to identical twins or triplets. Today, science and technology has been introduced to where cloning can intentionally be done. Some peopleRead MorePros And Cons Of Cloning1109 Words   |  5 PagesWhat is Cloning? Cloning is a number of processes that are used to create genetically identical copies of an organism. Researchers have cloned a number of biological materials, such as genes, cells, tissues and whole organisms, including sheep s and horses. Cloning can happen naturally in identical twins, but it can also be done in a lab. (Cloning Fact Sheet). Pros: . Parents with no eggs and sperm can create children that are genetically related to them. . Endangered plants and animals canRead MorePros And Cons Of Cloning1106 Words   |  5 PagesCloning is a number of processes that are used to create genetically identical copies of an organism. Researchers have cloned a number of biological materials, such as genes, cells, tissues and whole organisms, including sheep s and horses. Cloning can happen naturally in identical twins, but it can also be done in a lab. (Cloning Fact Sheet). Pros: . Parents with no eggs and sperm can create children that are genetically related to them. . Endangered plants and animals can be cloned to saveRead MoreThe Pros And Cons Of Human Cloning1532 Words   |  7 Pagesindividual’s perspectives, human cloning is something that I feel is unjust. Human cloning is fallacious and immoral due to lack of positive results and lack of liberty to the individual being duplicated. In this paper, I will discuss why human cloning should no longer be considered a means of reproducing and also discuss why the numbers themselves should deter someone from wanting to be cloned. As Leon R. Kass states in his article, â€Å"Cloning of human beings†, the cloning of a human being takes away fromRead MorePros And Cons Of Cloning909 Words   |  4 PagesFor quite some time, cloning has been a largely debated topic in society. Most people in the U.S. feel like cloning is morally wrong and takes innocent lives, but others think that it is beneficial and could be a big advancement in modern science. Cloning to produce humans has been outl awed in most countries, but in some, cloning for therapeutic reasons is still a dispute. Cloning can lead to revolutionary medical treatments such as cures for cancer, diabetes, Parkinsons, Alzheimers, MultipleRead MoreThe List Of Pros And Cons Of Human Cloning1624 Words   |  7 PagesThe list of Pros and cons of human cloning Summary: The necessary technology has been created, as evident in the story of Dolly the sheep. People still pose questions such as the role of God in Society. Here is a list of pros of human cloning : It could eliminate defective genes , It is considered as the logical next step in the reproductive technology, It could aid in faster recoveries from injuries, it gives a new meaning to genetic modification. As all things human cloning also has cons. Here isRead MoreThe Benefits Of Human Cloning : Pros And Cons1254 Words   |  6 PagesFor starters, cloning has said to solve the continuous problem of infertility by inserting a clone embryo into the woman’s body. This guarantees infertile couples a child, as opposed to wasting time and money on other painful and emotional procedures that don’t offer this guarantee. The next benefit offers an immense amount of growth in regenerative medicine and assists those with physical disabilities by producing clones of themselves. Wh y clone themselves if they have a disability? Scientists canRead MorePros and Cons of Cloning Humans906 Words   |  4 Pagesthe world on 23 February 1997.Soon after the announcement, the media attention was diverted by the possibility of cloning a human. Although the scientists from the Roslin Institute who had made the significant breakthrough with Dolly denied the possibility of creating human clones, the idea was still wide debated about the risks and benefits of human cloning. So, what is cloning? Cloning is a process of generating a new organism by an identical genetic copy of the original donor. The DNA of the twoRead MorePros And Cons Of Animal Cloning1277 Words   |  6 PagesAnimal Cloning Applications and Morality Concerns One fateful afternoon, a father discovers that their beloved pet kitten is deceased on the side of the roadway. The parents are worried about telling their children the sad news because they will be devastated. Luckily, the parents reach out to a company that offers animal cloning. With just a sample of the kitten’s DNA, they can produce an exact match and an identical copy that will soon replace their lost family pet. While this story demonstratesRead MoreCons And Pros Of Cloning Essay1988 Words   |  8 Pagesmost people think of cloning, they think of a scientist that uses DNA to make an exact replica of someone . Cloning is a lot more complicated and more controversial than that . According to the American Heritage Dictionary Cloning is defined as â€Å"A group of cells, or organism that is descended from and genetically identical to a common ancestor , such as a bacterial colony whose members arose from a single original cell . Ever since August,1,2001 Cloning had been banned .Cloning was banned for many

The Corrosion Effects on Reinforced Concrete Structure Reduce.

Question: Discuss about the Corrosion Effects on Civil Engg ? Answer: Introduction Corrosion effects on reinforced concrete structure reduce its durability. Corrosion of reinforces steel in concrete is not as complex as it seems rather is similar to electrochemical reaction like that of a battery. Concrete usually provides adequate protection to reinforced steel, which is due to high pH value of 12.5 of the alkaline environment that the concrete provides for protecting the steel from further corrosion (Abbas 2016). The current report evaluates the corrosion mechanism, repair measures and prevention of RCC structures discussing in details the corrosion-testing rate and any specific method with adequate details of experiment. A brief material and methodology has been included followed by application of materials and execution in this report. Finally, the report includes results that have been discussed concluding the report. Corrosion refers to the chemical process that destructs the materials due to reaction with conditions of environment. According to Aperador (2015), atmospheric corrosion causes rusting of steel and it have been observed that appreciable corrosion starts at a relative humidity exceeding 65%. Below freezing point of water, pure and dry air, corrosion does not occur. Corrosion of steel leads to serious consequences of cross-section area reduction as well as splitting and cracking over concrete. The reduction in cross-section causes reduction of load carrying capacity of concrete structures. It also causes reduction of fatigue strength and reduction of elongation properties. Corrosion in concrete occurs due to chlorides and sulphates present in reinforcement more than critical limit without obtaining sufficient alkalis within concrete for maintaining steel in a positive condition. Factors that are responsible for corroding steel reinforcement in structures of concrete are concrete quality. The fine aggregate, coarse aggregates water and cement determine concrete quality (Chen 2015). Proper water cement ratio, adequate compaction through vibration, tampering and curing along with proper mixing leads to improved quality of concrete. However if any of the processes is not followed properly, corrosion of reinforcement occurs, hence for preventing steel to corrode, dense concrete also known as high strength concrete is used. Cover thickness of concrete reinforcement also plays an important role in prevention of corrosion of reinforcement of concrete. Greater thickness of concrete provides higher degree of protection to steel from environmental conditions. Evenness of concrete also plays an important role in protection of steel from corrosion. As per Cui (2016), contamination of reinforcement with salt during placing of concrete on reinforcement also accelerates corrosion rate. Environmental chemicals or concrete secretion causes deterioration process of reinforcement and the chemical effects due to presence of chloride, carbonation, salt and sulphate reacting with tricalcium aluminate (C3A) in concrete causes the corrosion rate to increase. Hydration of cement also develops calcium hydroxide that increases pH value of to approximately 12.5 and hence a thin film of oxide is coated to the reinforcement to protect it from corrosion (Deo 2014). Porosity of concrete also plays a major role depending on degree of compaction, type of cement, concrete age and aggregate grading and size that causes chemicals aggressively penetrating the concrete to reach steels causing its corrosion. Concrete generally withstands high temperature of 1000 C beyond which concrete starts to deteriorate leading to thermal cracks. These cracks cause the steel to get exposed to environmental harshness that leads to corrosion of concrete. Colder regions causes concrete pores to freeze and the formation of ice leads to expansion of volume that consequences bursting pressure with excess pressure on the mass of concrete surrounding due to thawing and freezing condition. Corrosion rate in steel reinforcement of concrete is determined by polarization method of resistance for on-site condition. Gao (2015) commented that the test was applied for bars that are electrically connected with closer layer of the reinforcement facing the counter electrode. During electrical isolation of electrodes the rebars, irrespective of the lying reinforcements there is a measured in depths higher than 1m with testing. The test methods are used at any moment with life service of the structure as well as the kind of climate in provision of the temperature higher than 00C. Highly drying surface of concrete with a resistivity value of greater than 1000 ?m (Haamidh et al. 2016). The pre wetting of surface for concrete is necessary for maintaining the Icorr value of the obtained results. Aim of the experiment is to assess corrosion condition presently for discriminating non-corroding and corroding zones as well as evaluation of repair work affectivity. Calculation of the loss of cross section in rebars through period of propagation with provision of initiation time. Current values are also interpreted through expert personnel in evaluation and testing of the structures. Two concrete slabs are fabricated without use of admixtures adding approximately 3% of CacCl2 of the weight of cement mixing with water (Hsieh 2014). The minimum slab dimension needs to be 1.20 x 1.20 m2 by 10 cm of thickness (Huang 2017). Hence 150 x 150 x 15 cm3 is recommended for the laboratory tests with around 5 to 10 rebar s isolated for embedding having a mean for making external electrical between rebars that needs to be provided. As per Islam (2015), the measurements are taken repeatedly through placing the reference electrode at different points along the rebar and calculating the average of the results. Material/Methodology Galvanostatic pulse technique is a polarization technique, which is independent of resistance of concrete. The corrosion rate is determined through 5 10 seconds determination of half-cell potential. Galvanised pulse method (GPM) is developed based on equipment software that is developed as user interface between transient analyser response and generator of galvanostatic pulse. Transient analyser response with PSION WorkAbout handheld system provides analysis and results of the GPM performed measurements on highway-bridges that is exposed for de-icing the salts as well as other results of laboratory tests (Jayasree 2016). Galvanometric pulse method refers to a rapid non-destructive technique of polarization that has been utilized for reinforcement corrosion evaluation on site and in laboratory. Anodic pulse current within a short period has been utilized for galvanostatic reinforcement through a counter electrode which is positioned adjacent to the rebars. Application of materials/Execution Equipments used for the methods contain potentiostat and galvanostat for measuring and controlling the potential and current. Potential measuring circuit are maintained through an electrode potential within a voltage limit of 1mV having a wide range of currents that has a high impedance over 10 M ohm. Such impedance ensures that corroding systems used for measurements helps in minimizing drawn current and the sensitivity of the current circuit is in the order of 0.05A/cm2 having a sensitivity detection variations of around 0.5mV through a potential range between -1.0 V to +1.0 V (Karar 2015). A sensitivity of around 0.05 A ranging between 0.05 to 104 A is used. Auxiliary sensor having counter and references electrodes through metallic materials for producing current in most cost-effective materials for easy maintainability is used. Reference electrodes are required for obtaining RP, ref. making connections through wires externally among all rebars for reproducing reality (Kim 2017). Taking the calibrated instruments and placing Auxiliary sensors on surface of concrete provides adequate interfacial contact making connections to rebars in providing connection to whole mat. The Rp measurement is again carried out giving a proper value of ohm.cm3 through instructions of equipments in considering polarized current. The experiment is arranged as a preparatory that is necessary in measurement of corrosion rate due to weathering effects. Location of measurement is identified and selected for proper identification. Rebar is then located through proper identification and system coordinate in measurements. According to Kumar (2013), prewetting of surface of concrete preparation through auxiliary sensor fixation and placement connecting reinforcement and equipments executing measurement is also carried out. Extreme temperature forbids electronic equipments to work with extreme humidity as well as temperature. Temperature below 20C should not be allowed exceeding limits of environment hence below freezing sponge might provide unstable and misleading readings. Below 50C of temperature rate of corrosion reduces to lower values that misinterprets the data (Mao 2016). Each corrosion rate measurement reading is taken less between 1 to 5 minutes that retards actual condition of corrosion with appropriate measurement methods. Before survey starts, it is necessary for selecting location points of rates of corrosion that requires to be measured. The corrosion points depend on the available time, structural size and access. Measurements are taken at strategic locations of high and low readings from half-cell potentials of concrete resistivity. Structural importance location regarding corrosion rate measurement duration takes less than approximately 5 minutes. Steel detectors are used for actual geometry of rebar arrangements and the bar pattern is marked on concrete surface as well as cover depth that has been registered and the distance is required for calculation purpose of steel area in total that needs to be polarized. Measurements are then taken in grid with a recommended spacing of around 0.25 m having an exception on small structures or elements having severe exposure condition changes (Mascagni 2014). Prewetting of concrete surface is required prior to application of Auxiliary sensors that avoids contamination of reference electrodes with concretes alkaline substances. Clean wetted sponge between concrete surface and sensor is used for making trials on hydrophobically or coated surface. Auxiliary sensor needs to be located directly over known diameter of the rebar, which is either a crossover, or a single bar of sp ecific dimension and length. The surface being horizontal or vertical the steel area is polarized during measurement and calculations taken into account the intersection of two or more bars. Electrical connections are made between reinforcements and equipments through opening by excavation, connection or coring through steels exposed and through an attached cable to the rebar. Cleaning of rebar is necessary through using metallic brush and electrical contact avoiding several holes for having electrical networks of reinforcements. Electrical continuity needs to be maintained through steel and connection of rebars being measured. Finally, the connection needs to be verified through checking corrosion potential stability. The stability is very much essential for assuring measurement correctly of the voltage shift after application more than fluctuation between 0.5 mV for every 5 seconds interval (Reddy 2014). After measurement has been carried out until testing time completion, repetition of measurement is necessary taking into account the allowance of potential corrosion recovering the stability. Result Discussion/Conclusion A total number of 7 concrete test blocks were created using to reinforcement bars. The blocks were exposed to 40 days of chlorides and the concentrate was calculated on a regular basis by using a GPM for determining the variation of the quotation rate over time. During the end of the exposure time the blocks destroyed and the reinforcement bars work cleaned. For any kind of corrosion products, loss of weight for the reinforcement bar was determined by using Faraday's law. The weight loss correspondence to the corrosion rate on an average basis that is necessary for integrating the corrosion rate determination by GPM overtime (Singh 2016). For comparing the results it has been seen that there is a good correlation among the quotation which has been determined by the GPM and the rates being determined by the loss of weight. Weight loss GPM Description Avg. Corrosion rate A/cm2 mV vs Ag/AgCl` Avg. Corrosion rate A/cm2 Bar A 4.6 -345 3.11 Bar B 4.8 -334 2.47 Connected bar A and B 4.7 -345 5.24 Underestimation on the rate of corrosion of the bars not connected is usually due to the balance. As the base is not connected to the spirit of the guard ring, current remains limited and hence influences the confined area. Wang (2016) stated that emphasis for obtaining corrosion rate is an average rate instantaneous method which is important can find area strictly applying to the measuring conditions. Overcoming the problems becomes necessary to integration of frequent production rate measurement over time in comparison the laboratory data of the production rate determined through measurement of weight loss. Potential Range (mV Vs. Ag/AgCl) Corrosion rate Laboratory results Field measurements -325 -350 150-500 -300 -325 50-150 -275 -300 150-500 -250 -275 50-150 50-150 -225 -250 150-500 -200 -225 50-150 -175 -200 150-500 -150 -175 50-150 -125 -150 150-500 -100 -125 50-150 -75 -100 150-500 150-500 -50 -75 50-150 -25 -50 150-500 0 50-150 Results from the lottery shows highly desirable correlation among quotation rates determined my weight loss and the GPM method. Onsite quotation rates obtained by GPM are compatible to the quotation (Yaldagard 2014). Its average is calculated from the cross-sectional area loss as well as places were the coding area similar as a confined area. For predicting for a lifetime period more detail knowledge of seasonal and daily changes required for obtaining rate of corrosion is essential for a meaningful value. It is also essential for combining the rate of corrosion measurement on site having fixed mounted post personal wireless chloride sensors other non destructive methods for determining the integrity of concrete as well as rates of penetration. References Abbas, Y., Nutma, J.S., Olthuis, W. and van den Berg, A., 2016. Corrosion monitoring of reinforcement steel using galvanostatically induced potential transients.IEEE sensors journal,16(3), pp.693-698. Aperador, W., Delgado, A. and Bautista-Ruiz, J., 2015. Estimation of the Passivation of Steel Embedded in Alternative Concrete using a Galvanostatic Pulse Technique.INTERNATIONAL JOURNAL OF ELECTROCHEMICAL SCIENCE,10(7), pp.5238-5248. Chen, Y., Sun, C., Huang, C., Xu, H. and Wu, J., 2015. A new multi-component composite with gamma polyglutamic acid as corrosion and scale inhibitor.Materials Research Innovations,19(sup6), pp.S6-13. Cui, Y., Lan, H.Q., He, R.Y. and Zhang, C.H., 2016. Prediction of the internal corrosion remaining life of a gas pipeline made of high-strength steel.Journal of Pipeline Engineering,15(3), pp.1-8. Deo, R.N., Birbilis, N. and Cull, J.P., 2014. Measurement of corrosion in soil using the galvanostatic pulse technique.Corrosion Science,80, pp.339-349. Gao, Y., Fan, L., Ward, L. and Liu, Z., 2015. Synthesis of polyaspartic acid derivative and evaluation of its corrosion and scale inhibition performance in seawater utilization.Desalination,365, pp.220-226. Haamidh, A., Prabavathy, S., Denny, J., Elyas, M., Dcosta, S.A., DSouza, R.D., Sahu, K., Pradhan, M.K., Aqil, L.A.K., Junaidi, M.A.R. and Kar, R., 2016. A Study on CO 2 Adsorption of Zeolite Plasters and its Effects on Durability Properties of RCC Members, Concrete Tiles and Floorings.European Journal of Advances in Engineering and Technology,3(5), pp.1-7. Hsieh, Y.C., Chang, L.C., Tseng, Y.C., Wu, P.W. and Lee, J.F., 2014. Structural characterizations of PtRu nanoparticles by galvanostatic pulse electrodeposition.Journal of Alloys and Compounds,583, pp.170-175. Huang, C., Xu, H., Zhang, M., Wu, J. and Huang, C., 2017. Study on Relation Between Industrial Circulating Water Conductivity And Iron Corrosion Velocity.Journal of Residuals Science Technology,14(3). pp. 2-6. Islam, M.A., 2015. Corrosion behaviours of high strength TMT steel bars for reinforcing cement concrete structures.Procedia Engineering,125, pp.623-630. Jayasree, S., Ganesan, N. and Abraham, R., 2016. Effect of ferrocement jacketing on the flexural behaviour of beams with corroded reinforcements.Construction and Building Materials,121, pp.92-99. Karar, N. and Singh, S.K., 2015. Understanding corrosion in steel reinforced concrete structures: A limited study using TOF-SIMS.Vacuum,121, pp.5-8. Kim, S., Kim, J.W. and Kim, J.H., 2017. Enhancement of corrosion resistance in carbon steels using nickel-phosphorous/titanium dioxide nanocomposite coatings under high-temperature flowing water.Journal of Alloys and Compounds,698, pp.267-275. Kumar, V., Singh, R. and Quraishi, M.A., 2013. A study on corrosion of reinforcement in concrete and effect of inhibitor on service life of RCC.Journal of Materials and Environmental Sciences,5, pp.726-731. Mao, Z., Farkhondeh, M., Pritzker, M., Fowler, M. and Chen, Z., 2016. Dynamics of a Blended Lithium-Ion Battery Electrode During Galvanostatic Intermittent Titration Technique.Electrochimica Acta,222, pp.1741-1750. Mascagni, D.B.T., Souza, M.E.P.D., Freire, C.M.D.A., Silva, S.L., Rangel, R.D.C.C., Cruz, N.C.D. and Rangel, E.C., 2014. Corrosion resistance of 2024 aluminum alloy coated with plasma deposited aC: H: Si: O films.Materials Research,17(6), pp.1449-1465. Reddy, M.V., Jose, R., Le Viet, A., Ozoemena, K.I., Chowdari, B.V.R. and Ramakrishna, S., 2014. Studies on the lithium ion diffusion coefficients of electrospun Nb 2 O 5 nanostructures using galvanostatic intermittent titration and electrochemical impedance spectroscopy.Electrochimica Acta,128, pp.198-202. Singh, D.V., Sachan, A.K. and Rawat, A., 2016. Developments in Corrosion Detection Techniques for Reinforced Concrete Structures.Indian Journal of Science and Technology,9(30), pp.23-44. Wang, J., Wang, D. and Hou, D., 2016. Hydroxyl carboxylate based non-phosphorus corrosion inhibition process for reclaimed water pipeline and downstream recirculating cooling water system.Journal of Environmental Sciences,39, pp.13-21. Yaldagard, M., Seghatoleslami, N. and Jahanshahi, M., 2014. Preparation of Pt-Co nanoparticles by galvanostatic pulse electrochemical codeposition on in situ electrochemical reduced graphene nanoplates based carbon paper electrode for oxygen reduction reaction in proton exchange membrane fuel cell.Applied Surface Science,315, pp.222-234.

Fit Zone Essay Example For Students

Fit Zone Essay These Charts provide an outline for an 8-day program (workout every-other-day). This is an intense program and you will need to experiment with amount of weight to use in the beginning. We suggest planning out a 4 week program for your first cycle. This can be increased by one or two weeks for each new cycle. We do not suggest doing a cycle any longer than 7 or 8 weeks for any given cycle. Note: Each muscle group is exercised once every 4 days. Your workouts occur on days 1, 3, 5 and 7. You do not workout on days 2, 4, 6 and 8. Repeat workout 1 on day 5, workout 3 on day seven and so on. Always strive towards increasing weight, if possible, for each succeeding Make an adequate number of charts to get through a cycle. Always start out the cycle with a lighter weight than your 5-rep maximum. The goal is to finish a cycle heavier than you finished your last cycle. We recommend doing about 10 minutes of abdominal (abs) work after each workout. If you do not have enough time to work abs, do what you can after your workout, or work them on your off-days. Set #RepetitionsWeightCompletedCommentsSet #RepetitionsWeightCompletedCommentsSeated Shoulder Press (Barbell)Set #RepetitionsWeightCompletedCommentsLying Triceps Extension (Barbell)Set #TricepsWeightCompletedCommentsSet #TricepsWeightCompletedCommentsProceed to HIT 2 (Day 3) Chart Return to Exercise Outline PageNOTICE This web-site provides information intended to be general guidelines and may not be applicable to your particular condition. There is no adequate substitution for a personal consultation with your physician whenever undertaking a new training, nutritional or supplementation program. Neither Developed Resources, any of their affiliates, or any contributors shall have any liability for the content or any errors or omissions in information provided by this Training | Nutrition | Supplements | Case-Study | On-line Magazines | Computer Info | Resources | HomeCopyright  © 1999 Developed Resources. Bibliography: